"reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>de<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t L or<chr_var letter="s" var="long">∫</chr_var> arme<chr_var letter="s" var="long">∫</chr_var> aport<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>dent Or aporte <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> arme<chr_var letter="s" var="long">∫</chr_var> ont S ergant le<chr_var letter="s" var="long">∫</chr_var>arm<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> arm<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lare<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> li<chr_var letter="s" var="long">∫</chr_var>ai<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t for<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>it M el<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> auant <chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>it <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> lan. dejo<chr_var letter="s" var="long">∫</chr_var>te lui S i<chr_var letter="s" var="long">∫</chr_var> agenoille anbe ii <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> mel<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> tent <chr_var letter="s" var="long">∫</chr_var>am<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr> A <chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ai<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> jure tot depla<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i ‘J <chr_var letter="s" var="long">∫</chr_var>i mait diu<chr_var letter="s" var="long">∫</chr_var> o<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> .K. li<chr_var letter="s" var="long">∫</chr_var>ene<chr_var letter="s" var="long">∫</chr_var>cal<chr_var letter="s" var="long">∫</chr_var> fu <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>p<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> A nuit laroine en<chr_var letter="s" var="long">∫</chr_var>onlit <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> fi<chr_var letter="s" var="long">∫</chr_var>t delitot <chr_var letter="s" var="long">∫</chr_var>on delit’ ‘<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> je ten lief <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>me par jur’ F ait lan. ‘<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ire jur Q uil ni jut ne ne le<chr_var letter="s" var="long">∫</chr_var>enti <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> de celui quiam<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>ti <chr_abbr type="reg" class="dc" expan="" cert="no">P-hbar</chr_abbr> nge diu<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>elui plait uenjaj<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> ce <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> face uraie demo<chr_var letter="s" var="long">∫</chr_var>tra<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ce M ai<chr_var letter="s" var="long">∫</chr_var> en core .j. autre enferai D e<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>aire<chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>juerai <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l anui cui <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l enpoi<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>il ne hui me venit meloi<chr_var letter="s" var="long">∫</chr_var>t Column c D e mel<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> aude<chr_var letter="s" var="long">∫</chr_var>u<chr_var letter="s" var="long">∫</chr_var> T a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t mait diu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>au<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_abbr type="reg" class="dc" expan="tus" cert="no">t-nine</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> ce<chr_var letter="s" var="long">∫</chr_var> reli<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> uoi chi <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> janen auerai m<chr_abbr type="reg" class="dc" expan="er" 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ceual<chr_var letter="s" var="long">∫</chr_var> for<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> B iau<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> buen<chr_var letter="s" var="long">∫</chr_var> detote<chr_var letter="s" var="long">∫</chr_var> b<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>ote<chr_var letter="s" var="long">∫</chr_var> S or le<chr_var letter="s" var="long">∫</chr_var>un <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> ca<chr_var letter="s" var="long">∫</chr_var> cun<chr_var letter="s" var="long">∫</chr_var> m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>te<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liun<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tre lautre me<unclear reason="illegible">v</unclear>et T ant <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> ceual<chr_var letter="s" var="long">∫</chr_var> port<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var>puet <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> elplu<chr_var letter="s" var="long">∫</chr_var> gran<chr_var letter="s" var="long">∫</chr_var> cor<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var>cheual<chr_var letter="s" var="long">∫</chr_var> F iert liun<chr_var letter="s" var="long">∫</chr_var> lautrede<chr_var letter="s" var="long">∫</chr_var> va<chr_var letter="s" var="long">∫</chr_var>al<chr_var letter="s" var="long">∫</chr_var> S i<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> il nerem<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr>t enpie<chr_var letter="s" var="long">∫</chr_var> p<chr_abbr type="reg" class="dc" expan="oni" cert="no">oi-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> D e<chr_var letter="s" var="long">∫</chr_var> ii l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ace<chr_var letter="s" var="long">∫</chr_var> deci e<chr_var letter="s" var="long">∫</chr_var>pu<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liun<chr_var letter="s" var="long">∫</chr_var> lautre at<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>re por<unclear reason="illegible">t</unclear>e M ai<chr_var letter="s" var="long">∫</chr_var> nefont mie ciere morte <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> fiere<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>erelieuent <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> uiue<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ere<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>erent A <chr_var letter="s" var="long">∫</chr_var> tr<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>can<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>pee<chr_var letter="s" var="long">∫</chr_var> nue<chr_var letter="s" var="long">∫</chr_var> L e<chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>ti<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>cele<chr_var letter="s" var="long">∫</chr_var> u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var>le<chr_var letter="s" var="long">∫</chr_var> nue<chr_var letter="s" var="long">∫</chr_var> T ote<chr_var letter="s" var="long">∫</chr_var> ard<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>a<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var> elme<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>aill<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et P ar <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> grant ire<chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="reg" class="sc" expan="tura" cert="no">tu-alpha</chr_abbr>aill<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et A <chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>pee<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> nue<chr_var letter="s" var="long">∫</chr_var> tienent E n<chr_var letter="s" var="long">∫</chr_var>i <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>ele<chr_var letter="s" var="long">∫</chr_var> uont <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>uienent S entre<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tr<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>en<chr_abbr type="reg" class="sc" expan="tre" cert="no">t-e</chr_abbr> fierent <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> tant repo<chr_var letter="s" var="long">∫</chr_var>er ne<chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>erent <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> al<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>aine re<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>nd<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> lor loi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e L iroi<chr_var letter="s" var="long">∫</chr_var> qui <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> for<chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr>t enpoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e E n al aroine apielee <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> apoier <chr_var letter="s" var="long">∫</chr_var>en ert alee A mont a<chr_var letter="s" var="long">∫</chr_var>loge<chr_var letter="s" var="long">∫</chr_var> delator ‘<chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> diu’lidi<chr_var letter="s" var="long">∫</chr_var>t ‘lecrea<chr_abbr type="reg" class="dc" expan="ture" cert="no">t-til</chr_abbr>’ ‘<chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ele departir li lai<chr_var letter="s" var="long">∫</chr_var>t ‘T ot <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr><chr_var letter="s" var="long">∫</chr_var> il uo<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>iet <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>plai<chr_var letter="s" var="long">∫</chr_var>t’ F ait la roine ab<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>one foi ‘J an<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>fere<chr_var letter="s" var="long">∫</chr_var> rien<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="comre" cert="no">com-e</chr_abbr> moj’ L an. ab<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr>entendu <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> laroine are<chr_var letter="s" var="long">∫</chr_var>pondu A ce <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> liroi<chr_var letter="s" var="long">∫</chr_var> lire<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t N epu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> batre ne<chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t A i<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> at<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>to<chr_var letter="s" var="long">∫</chr_var> lai<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ielecaple <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> mel<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> fiert <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> caple S orlui <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>repo<chr_var letter="s" var="long">∫</chr_var>er ne<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>ert M ai<chr_var letter="s" var="long">∫</chr_var> liroi<chr_var letter="s" var="long">∫</chr_var> entre dex <chr_var letter="s" var="long">∫</chr_var>efiert <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> tient <chr_var letter="s" var="long">∫</chr_var>onfil <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> di<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>jure <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ilna de pai<chr_var letter="s" var="long">∫</chr_var> faire cure B ataille ueut na<chr_var letter="s" var="long">∫</chr_var>oig depai<chr_var letter="s" var="long">∫</chr_var> <note place="unspecified" anchored="yes">Narrator here, but oratio recta in Foulet-Uitti text.</note> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liroi<chr_var letter="s" var="long">∫</chr_var> lidi<chr_var letter="s" var="long">∫</chr_var>t ‘cortetai<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> croime <chr_var letter="s" var="long">∫</chr_var>ifera<chr_var letter="s" var="long">∫</chr_var> q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr><chr_var letter="s" var="long">∫</chr_var>age<chr_var letter="s" var="long">∫</chr_var> J a certe<chr_var letter="s" var="long">∫</chr_var> h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ote<chr_var letter="s" var="long">∫</chr_var> nedamage<chr_var letter="s" var="long">∫</chr_var> Folio 212 Side r (Page A-212-r) Column a N e tenuenra <chr_var letter="s" var="long">∫</chr_var>etu me croj<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ifera<chr_var letter="s" var="long">∫</chr_var> ce<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>tu doi<chr_var letter="s" var="long">∫</chr_var> D o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t nete souui<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> il <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>tu A <chr_var letter="s" var="long">∫</chr_var> enlacort leroi artu <chr_abbr type="reg" class="sc" expan="comre" cert="no">com-e</chr_abbr> lui bataille aramie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> de ce nedout<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> tumie <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> il netefu<chr_var letter="s" var="long">∫</chr_var>t gran<chr_var letter="s" var="long">∫</chr_var> h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>onor<chr_var letter="s" var="long">∫</chr_var> S em<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> tenueni<chr_var letter="s" var="long">∫</chr_var>t la caillor<chr_var letter="s" var="long">∫</chr_var>’ C edi<chr_var letter="s" var="long">∫</chr_var>t liroi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> a<chr_var letter="s" var="long">∫</chr_var>aier S eil leporroit apaier T ant <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l lapai<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el depart <note place="unspecified" anchored="yes">Jacquesson has "ses," but it looks much more like an "l."</note> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lan. cui <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr>tart D emon <chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> .G. trou<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> E nua <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>gie <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rre <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>rou<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> A uroi <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> ala roine P ar le <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>gie del<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>acemine E nu<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> lepont <chr_var letter="s" var="long">∫</chr_var>ou<chr_var letter="s" var="long">∫</chr_var> eue atant A <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> lui atoute <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> grant D e<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var> qui le <chr_var letter="s" var="long">∫</chr_var>iuoient M ai<chr_var letter="s" var="long">∫</chr_var> a<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> de cel<chr_var letter="s" var="long">∫</chr_var> j aloi<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> D o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t biellifu<chr_var letter="s" var="long">∫</chr_var>t <chr_var letter="s" var="long">∫</chr_var>ilreman<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent L or jornee<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> furni<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent T ant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> lepont <chr_var letter="s" var="long">∫</chr_var>o<chr_var letter="s" var="long">∫</chr_var> eue aprocent M ai<chr_var letter="s" var="long">∫</chr_var> deueue encor nitocent A ncoi<chr_var letter="s" var="long">∫</chr_var> q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr>il<chr_var letter="s" var="long">∫</chr_var>i<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> veni<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t D el pont <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> veoir lepeu<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent V n<chr_var letter="s" var="long">∫</chr_var> nai<chr_var letter="s" var="long">∫</chr_var> al<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>treliuient S or .j. gran caceor <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>tient V ne corgie<chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> cac<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> S on caceor <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>manec<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> T ot m<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>ten<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> adem<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>de S i<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> illifu <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>mande ‘L i<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> deuo<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> .lan. N eme cele<chr_var letter="s" var="long">∫</chr_var> je<chr_var letter="s" var="long">∫</chr_var>ui de<chr_var letter="s" var="long">∫</chr_var>uo<chr_var letter="s" var="long">∫</chr_var> M ai<chr_var letter="s" var="long">∫</chr_var> djte<chr_var letter="s" var="long">∫</chr_var> le <chr_var letter="s" var="long">∫</chr_var>eurem<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> u<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> ledemanc’ L an. lire<chr_var letter="s" var="long">∫</chr_var>pont <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> lui <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> di<chr_var letter="s" var="long">∫</chr_var>t jl mei<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>me<chr_var letter="s" var="long">∫</chr_var> ‘ie<chr_var letter="s" var="long">∫</chr_var>ui C il <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> tudem<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>de<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>er<chr_var letter="s" var="long">∫</chr_var>’ ‘H a’fait lin(ai)^<chr_var letter="s" var="long">∫</chr_var> ‘fran<chr_var letter="s" var="long">∫</chr_var> chr<chr_var letter="s" var="long">∫</chr_var> L ai<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e ce<chr_var letter="s" var="long">∫</chr_var> gen<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ime<chr_abbr type="reg" class="sc" expan="cro" cert="no">c-o</chr_abbr>i V ienent to<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>el<chr_var letter="s" var="long">∫</chr_var> en<chr_var letter="s" var="long">∫</chr_var>anble moj <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> n<chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> b<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>oliu mener teuel J a nu<chr_var letter="s" var="long">∫</chr_var> nete<chr_var letter="s" var="long">∫</chr_var>iue <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> luel A <chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> uo<chr_var letter="s" var="long">∫</chr_var> a<chr_abbr type="reg" class="dc" expan="" cert="no">te-hbar</chr_abbr>de<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t orer<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>droit C ar <chr_abbr type="reg" class="dc" expan="uus" cert="no">u-nine</chr_abbr> reuenre<chr_var letter="s" var="long">∫</chr_var> citot d<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>it’ C il <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> nul mal ne<chr_var letter="s" var="long">∫</chr_var>e doute A fait remanoir <chr_var letter="s" var="long">∫</chr_var>ag<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t tote <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>uit len<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> <chr_abbr type="reg" class="sc" expan="tira" cert="no">ti-alpha</chr_abbr>la <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> ge<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> quilatend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et la L epuent l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>oge<chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr>t at<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>d<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> C ar cil n<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr> ont tal<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et derend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> Column b <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> lont <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var><chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ilie en<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> g<chr_abbr type="reg" class="dc" expan="enn" cert="no">en-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> grant joie<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>font <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> t ilnement nenerepaire J l ne<chr_var letter="s" var="long">∫</chr_var>euent <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>lpui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent faire T uit dient <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i le<chr_var letter="s" var="long">∫</chr_var> a L in<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var><chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ilor enpe<chr_var letter="s" var="long">∫</chr_var>a O ui<chr_var letter="s" var="long">∫</chr_var>eu<chr_var letter="s" var="long">∫</chr_var>e <chr_var letter="s" var="long">∫</chr_var>erroit del en<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rre D olant le<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>cent a<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rre M ai<chr_var letter="s" var="long">∫</chr_var> ne<chr_var letter="s" var="long">∫</chr_var>euent villetrui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent N ede<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>l part <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>re lepui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent S en<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>nd<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el tuit en<chr_var letter="s" var="long">∫</chr_var>anble A ce<chr_var letter="s" var="long">∫</chr_var>acordent ceme<chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ble L iplu<chr_var letter="s" var="long">∫</chr_var> ra<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>inable <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>liplu<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>aje <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> l enj ront <chr_abbr type="reg" class="sc" expan="dro" cert="no">d-o</chr_abbr> <chr_abbr type="reg" class="sc" expan="qira" cert="no">qi-alpha</chr_abbr>pa<chr_var letter="s" var="long">∫</chr_var>age D el pont <chr_var letter="s" var="long">∫</chr_var>ou<chr_var letter="s" var="long">∫</chr_var> eue <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>ront .lan. a<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> P arlelo<chr_var letter="s" var="long">∫</chr_var> m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> .G. S ille<chr_abbr type="reg" class="sc" expan="tro" cert="no">t-o</chr_abbr>uent nabo<chr_var letter="s" var="long">∫</chr_var> napl<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ai A ce<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el tre<chr_var letter="s" var="long">∫</chr_var>tout <chr_var letter="s" var="long">∫</chr_var>acordent S i<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> depoint ne<chr_var letter="s" var="long">∫</chr_var>e de<chr_var letter="s" var="long">∫</chr_var>cordent V<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> <chr_var letter="s" var="long">∫</chr_var> lepont <chr_var letter="s" var="long">∫</chr_var>ou<chr_var letter="s" var="long">∫</chr_var> eue <chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>uont <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> tanto<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l uinrent aupont O nt m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> .G. veu D el pont trebucie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> keu E nlaiue <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> ertparfonde V ne ore e<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>eue lautre afond<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> Or leuoient <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>orleperdent T ant tre<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>aille<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> illaerde<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t A rai<chr_var letter="s" var="long">∫</chr_var> aperte<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> acro<chr_var letter="s" var="long">∫</chr_var> N auoit <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> lehaub<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>c el do<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ot el cief lehi<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ame a<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> dai<chr_abbr type="reg" class="sc" expan="gre" cert="no">g-e</chr_abbr> ualor ra<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>di<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> cauce<chr_var letter="s" var="long">∫</chr_var> defer caucie<chr_var letter="s" var="long">∫</chr_var> D e<chr_var letter="s" var="long">∫</chr_var>a<chr_var letter="s" var="long">∫</chr_var>uor eurumillie<chr_var letter="s" var="long">∫</chr_var> C ar <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> auoit <chr_var letter="s" var="long">∫</chr_var>oufert gran<chr_var letter="s" var="long">∫</chr_var> mal<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> gran<chr_var letter="s" var="long">∫</chr_var> pa<chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr>ne<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>gran<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>ual<chr_var letter="s" var="long">∫</chr_var> A uoit tre<chr_var letter="s" var="long">∫</chr_var> pa<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> uen <chr_abbr type="reg" class="dc" expan="cus" cert="no">c-nine</chr_abbr> S al<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ace e<chr_var letter="s" var="long">∫</chr_var>toit <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>cu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> ceual<chr_var letter="s" var="long">∫</chr_var> alautre riue M ai<chr_var letter="s" var="long">∫</chr_var> necuidoit pa<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>iluiue S ilo<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t to<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t deliaue for<chr_var letter="s" var="long">∫</chr_var> C ar il eauoit <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> el cor<chr_var letter="s" var="long">∫</chr_var> D u<chr_var letter="s" var="long">∫</chr_var>q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr><chr_var letter="s" var="long">∫</chr_var> adont <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l lot rendue N ont dedelui parole ent<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>due M ai<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t laparole <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> lauoi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>cuer deliure <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>auoi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> lepot oir <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>entend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> A uplu<chr_var letter="s" var="long">∫</chr_var> to<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>jl<chr_var letter="s" var="long">∫</chr_var>epot <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>nd<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> A laparole <chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>i<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lue<chr_var letter="s" var="long">∫</chr_var> delaroine enqui<chr_var letter="s" var="long">∫</chr_var>t A cel<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> deuant luie<chr_var letter="s" var="long">∫</chr_var>toi<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t S enule nouuiele enauo<chr_abbr type="reg" class="dc" expan="inet" cert="no">iet-hbar</chr_abbr> Column c <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> cil <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>liont re<chr_var letter="s" var="long">∫</chr_var>p<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>du D aueuc leroi badegamu D ient <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>nedepart nule h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ore C il <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> lefeit <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>o neure ‘L euint pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> nu<chr_var letter="s" var="long">∫</chr_var> ence<chr_var letter="s" var="long">∫</chr_var>te t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>re’ F ait me<chr_var letter="s" var="long">∫</chr_var>ire .G. ‘req<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr>re’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> illire<chr_var letter="s" var="long">∫</chr_var>p<chr_abbr type="reg" class="dc" expan="re" cert="no">[apost]</chr_abbr>odent ‘oil’ ‘<chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr>’<chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> ‘.lan. dolac’ font il ‘<chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> pa<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>a aupont dele<chr_var letter="s" var="long">∫</chr_var>pee S ilare<chr_var letter="s" var="long">∫</chr_var>co<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr>deliuree <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> aueucli no<chr_var letter="s" var="long">∫</chr_var> autre<chr_var letter="s" var="long">∫</chr_var> to<chr_var letter="s" var="long">∫</chr_var> M ai<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i no<chr_var letter="s" var="long">∫</chr_var> a ae<chr_var letter="s" var="long">∫</chr_var>trol<chr_var letter="s" var="long">∫</chr_var> V n<chr_var letter="s" var="long">∫</chr_var> na<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> boucu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> recinie<chr_var letter="s" var="long">∫</chr_var> L aide<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> no<chr_var letter="s" var="long">∫</chr_var>aenginnie<chr_var letter="s" 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type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> deci <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t il<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> no<chr_var letter="s" var="long">∫</chr_var> V enieme<chr_var letter="s" var="long">∫</chr_var> en<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tre uo<chr_var letter="s" var="long">∫</chr_var>’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr>t <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> il <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tenu<chr_var letter="s" var="long">∫</chr_var> P u<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr>q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr>nce<chr_var letter="s" var="long">∫</chr_var>t pai<chr_var letter="s" var="long">∫</chr_var> fuue<chr_abbr type="reg" class="dc" expan="nus" cert="no">n-nine</chr_abbr>’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> tuit li<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>ce<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t adire L euoiren<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tent tire atire S icuntot <chr_var letter="s" var="long">∫</chr_var>ol mot niobli<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> delaroine redient <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> lelatent <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> di<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> uoir <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> rien<chr_var letter="s" var="long">∫</chr_var> nele fera mouoir D elpai<chr_var letter="s" var="long">∫</chr_var> tant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>leleuoie V nouele enait <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>le <chr_abbr type="reg" class="sc" expan="cro" cert="no">c-o</chr_abbr>ie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> me<chr_var letter="s" var="long">∫</chr_var>ire .G. re<chr_var letter="s" var="long">∫</chr_var>pont ‘<chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> t no<chr_var letter="s" var="long">∫</chr_var> partiron<chr_var letter="s" var="long">∫</chr_var> dece<chr_var letter="s" var="long">∫</chr_var>t p<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>t J ron<chr_var letter="s" var="long">∫</chr_var> no<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rre .lan.’ N ia celui <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>m<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> nelot <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> laroine enuo<chr_var letter="s" var="long">∫</chr_var>t ancoi<chr_var letter="s" var="long">∫</chr_var> S ilefera <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rreliroi<chr_var letter="s" var="long">∫</chr_var> C ar jl quident q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr>n<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var>on L ait fait <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>fiu<chr_var letter="s" var="long">∫</chr_var> me<chr_abbr type="reg" class="sc" expan="tre" cert="no">t-e</chr_abbr> en<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> M el<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr><chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> lehet J aen liu <chr_var letter="s" var="long">∫</chr_var>eliroi<chr_var letter="s" var="long">∫</chr_var> le<chr_var letter="s" var="long">∫</chr_var>et N e<chr_var letter="s" var="long">∫</chr_var>erra <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>nelface rend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> D ecila <chr_var letter="s" var="long">∫</chr_var>ilpue<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t atend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> A ce<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el tuit <del status="unremarkable"><chr_var letter="s" var="long">∫</chr_var>acouter<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr></del> <chr_var letter="s" var="long">∫</chr_var>acorder<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> m<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr>ten<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> tuit <chr_var letter="s" var="long">∫</chr_var>aroter<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> T ant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" 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type="reg" class="ss" expan="com" cert="no">com</chr_abbr>ble<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> alaidem<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>ble<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> lan. to<chr_var letter="s" var="long">∫</chr_var>cel<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>uienent <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> v<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ite <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var>etien<chr_abbr type="reg" class="dc" expan="ent" 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expan="" cert="no">P-til</chr_abbr> m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> .G. e<chr_var letter="s" var="long">∫</chr_var>tuet A u<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>oufrir <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ifait ele N e<chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> quant mie ne<chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> cele S <chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> dol <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> au<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" 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type="reg" class="dc" expan="ier" cert="no">[apost]</chr_abbr> e<chr_var letter="s" var="long">∫</chr_var>toi<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> T re<chr_var letter="s" var="long">∫</chr_var>tuit en<chr_var letter="s" var="long">∫</chr_var>anble vil<chr_var letter="s" var="long">∫</chr_var>armoi<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t S e<chr_var letter="s" var="long">∫</chr_var>toit uenu ale<chr_var letter="s" var="long">∫</chr_var>tauoir <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> niauoit <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>del mouuoir Column b <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> t .j. ualle<chr_var letter="s" var="long">∫</chr_var> laien<chr_var letter="s" var="long">∫</chr_var> en<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" 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class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> la color ena muee <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liualle<chr_var letter="s" var="long">∫</chr_var> la<chr_var letter="s" var="long">∫</chr_var>alue <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> leroi <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>de lui fu <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> autre<chr_var letter="s" var="long">∫</chr_var> ena<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> k. <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> 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di<chr_var letter="s" var="long">∫</chr_var>t ca<chr_var letter="s" var="long">∫</chr_var>cun<chr_var letter="s" var="long">∫</chr_var> quile<chr_var letter="s" var="long">∫</chr_var> en<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tre V <chr_var letter="s" var="long">∫</chr_var>oit <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var> vuila<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> ‘B <chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr>uiengne me<chr_var letter="s" var="long">∫</chr_var>ire .G. <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> laroine ara menee <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> m<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr>te dame e<chr_var letter="s" var="long">∫</chr_var>kaitiuee <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> ma<chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr>t <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>on no<chr_var letter="s" var="long">∫</chr_var> arendu’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> .G. lor a re<chr_var letter="s" var="long">∫</chr_var>p<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>du ‘S ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> deuoient malo<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> D el dire ormai<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="uus" cert="no">u-nine</chr_abbr> repo<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> C amoi denulerien n<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>te C e<chr_var letter="s" var="long">∫</chr_var>te honor<chr_var letter="s" var="long">∫</chr_var> meuaut .j. h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ote <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> jemiue<chr_abbr type="reg" class="dc" expan="" cert="no">g-hbar</chr_abbr> natan<chr_var letter="s" var="long">∫</chr_var> nah<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ore F ailli jaj par mademore M ai<chr_var letter="s" var="long">∫</chr_var> lan. atan<chr_var letter="s" var="long">∫</chr_var> iu<chr_abbr type="reg" class="dc" expan="int" cert="no">it-hbar</chr_abbr> A cui <chr_var letter="s" var="long">∫</chr_var>i<chr_abbr type="reg" class="sc" expan="gra" cert="no">g-alpha</chr_abbr>n<chr_var letter="s" var="long">∫</chr_var> honor<chr_var letter="s" var="long">∫</chr_var> au<chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr>t C a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i not <chr_var letter="s" var="long">∫</chr_var>igran<chr_var letter="s" var="long">∫</chr_var> nu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var>’ ‘V <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> il dont biau<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>ire cier<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> no<chr_var letter="s" var="long">∫</chr_var> nel ue<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> ci aleu<chr_var letter="s" var="long">∫</chr_var>’ ‘O’ <chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc>fait me<chr_var letter="s" var="long">∫</chr_var>ire G. lue<chr_var letter="s" var="long">∫</chr_var> ‘A lacort 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deceu L or<chr_var letter="s" var="long">∫</chr_var> re<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> tuit adol meu A cort vien<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> lor dol men<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liroi<chr_var letter="s" var="long">∫</chr_var> tre<chr_var letter="s" var="long">∫</chr_var>tout m<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr>ten<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> E n <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>ert nouele del afaire A <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> fu quili<chr_var letter="s" var="long">∫</chr_var>oit re<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>ire Folio 213 Side r (Page A-213-r) Column b S elidi<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> ene<chr_var letter="s" var="long">∫</chr_var>lepa<chr_var letter="s" var="long">∫</chr_var> ‘D ame ne no<chr_var letter="s" var="long">∫</chr_var> retole<chr_var letter="s" var="long">∫</chr_var>pa<chr_var letter="s" var="long">∫</chr_var> C e<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> liroi<chr_var letter="s" var="long">∫</chr_var> no<chr_var letter="s" var="long">∫</chr_var> ad<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>one’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> ele lor ademande ‘<chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> l co<chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> ce nemecele<chr_var letter="s" var="long">∫</chr_var>’ L or<chr_var letter="s" var="long">∫</chr_var>lidi<chr_var letter="s" var="long">∫</chr_var>ent ‘<chr_var letter="s" var="long">∫</chr_var>euo<chr_var letter="s" var="long">∫</chr_var> vole<chr_var letter="s" var="long">∫</chr_var> A n<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> aatine venir J ane <chr_abbr type="reg" class="dc" expan="uus" cert="no">u-nine</chr_abbr> en <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>ert retenir N eja nel uo<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> tredira’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> ele di<chr_var letter="s" var="long">∫</chr_var>t <gap reason="illegible" /> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> le j jra <note place="unspecified" anchored="yes">hole in ms.</note> P u<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> il <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms.; text continues on next line</note> L e <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>gie l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e <gap reason="illegible" /> d<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>one <note place="unspecified" anchored="yes">hole in ms.</note> T ant toit <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms.; text continues on next line</note> P artote lacorone L e<chr_var letter="s" var="long">∫</chr_var> damoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ele<chr_var letter="s" var="long">∫</chr_var> <add place="supralinear">uoi<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t</add>en en <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> mand<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> ele<chr_var letter="s" var="long">∫</chr_var> deuoi<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t L aroine amener aujor <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> e<chr_var letter="s" var="long">∫</chr_var>toit <chr_abbr type="reg" class="dc" expan="cri" cert="no">c-vbar</chr_abbr>e<chr_var letter="s" var="long">∫</chr_var> dele<chr_var letter="s" var="long">∫</chr_var>tor L anouele partot ala <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>oc<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>ca<chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>la T a<chr_abbr type="" class="" 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cert="no">[apost]</chr_abbr>. <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> anemi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> lehaoit degr<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> haine L anouele dela atine S ot .lan. lore <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>let<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>me P u<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> ne fur<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ioil<chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> lerme N e<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> cuer<chr_var letter="s" var="long">∫</chr_var> 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var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>te<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>i can gie<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Vus" cert="no">V-nine</chr_abbr> nebeue<chr_var letter="s" var="long">∫</chr_var> ne ne m<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>gie<chr_var letter="s" var="long">∫</chr_var> N ene <chr_abbr type="reg" class="dc" expan="uus" cert="no">u-nine</chr_abbr> uoi juer nerire S eure<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> mepoe<chr_var letter="s" var="long">∫</chr_var> dire V <chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> pe<chr_var letter="s" var="long">∫</chr_var>ance <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> u<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> anui’ ‘H a <chr_punc mark="comma" force="" synt="" 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var="long">∫</chr_var> del mont <chr_var letter="s" var="long">∫</chr_var>erra A la atine vtot en<chr_var letter="s" var="long">∫</chr_var>anble L ipule<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>or cui t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>re <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>nble <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> ne<chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> quant <chr_var letter="s" var="long">∫</chr_var>iluo<chr_var letter="s" var="long">∫</chr_var>plai<chr_var letter="s" var="long">∫</chr_var>oit <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> diu<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>i france uo<chr_var letter="s" var="long">∫</chr_var> fai<chr_var letter="s" var="long">∫</chr_var>oit <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> uo<chr_var letter="s" var="long">∫</chr_var> al<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> mila<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>ie<chr_var letter="s" var="long">∫</chr_var>’ T ot certa<chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr>ne<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>eu<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ie<chr_var letter="s" var="long">∫</chr_var> Column c <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> uo<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>i me <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tenroie <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> n u<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>on reuenroie’ ‘C erte<chr_var letter="s" var="long">∫</chr_var>’ fait el ‘jel fe<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e M l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t uol<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>etier<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>enivei<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e M ade<chr_var letter="s" var="long">∫</chr_var>truci<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>ma mort M ai<chr_var letter="s" var="long">∫</chr_var> jecr<chr_abbr type="reg" class="dc" expan="ine" cert="no">ie-hbar</chr_abbr> m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ifort M el<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>. ledeputaire <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> jene lo<chr_var letter="s" var="long">∫</chr_var>eroie faire Q uil de<chr_var letter="s" var="long">∫</chr_var>truiroit m<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> tot N e<chr_var letter="s" var="long">∫</chr_var>t meruelle <chr_var letter="s" var="long">∫</chr_var>eleredout <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> l <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ifal<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>uo<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>aue<chr_var letter="s" var="long">∫</chr_var>’ ‘D ame <chr_var letter="s" var="long">∫</chr_var>euo<chr_var letter="s" var="long">∫</chr_var> paor aue<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> jetanto<chr_var letter="s" var="long">∫</chr_var>t a<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> le<chr_var letter="s" var="long">∫</chr_var>tor E nu<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>on neretor V n<chr_var letter="s" var="long">∫</chr_var>aire<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="vus" cert="no">v-nine</chr_abbr> enferaj D <chr_abbr type="reg" class="dc" expan="ont" cert="no">ot-hbar</chr_abbr> janemepar jueraj <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> janiert rien<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>me retiegne <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> n u<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>on nere uiegne M ai<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ten<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> a<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> letornoj’ ‘P ar foi’ fait ele ‘je lotroi P ar .j. cou<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr>’<chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> ‘dame par<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>l’ C ele re<chr_var letter="s" var="long">∫</chr_var>pont ‘<chr_var letter="s" var="long">∫</chr_var>ire partel <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> leretor me iuerre<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> a<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> ma<chr_var letter="s" var="long">∫</chr_var>euere<chr_var letter="s" var="long">∫</chr_var> D eu<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> a<chr_abbr type="reg" class="dc" expan="" cert="no">m-til</chr_abbr> q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr> jelauraj’ ‘D ame tote cele <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> jaj <chr_abbr type="reg" class="dc" expan="Vus" cert="no">V-nine</chr_abbr> doig <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> jurlereuenir’ ‘Or me pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> anient tenir’ F ait ladame tot enri<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> ‘A utruj parlemi<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr> en<chr_var letter="s" var="long">∫</chr_var>i<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>t A ue<chr_var letter="s" var="long">∫</chr_var> baillie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>dee L amor <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> uo<chr_var letter="s" var="long">∫</chr_var> ai dem<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>dee N e<chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t <chr_var letter="s" var="long">∫</chr_var>an<chr_var letter="s" var="long">∫</chr_var> nul de<chr_var letter="s" var="long">∫</chr_var>d<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ai<chr_abbr type="reg" class="dc" expan="" cert="no">g-hbar</chr_abbr> C e <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> j<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> auoir en<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>ng A ce <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> je pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> me tenrai <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var>aire<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> en<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>ndraj <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> moj <chr_var letter="s" var="long">∫</chr_var>i<chr_abbr type="reg" class="dc" expan="uus" cert="no">u-nine</chr_abbr> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tenre<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> enma<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>on reuenre<chr_var letter="s" var="long">∫</chr_var>’ l an. tot a<chr_var letter="s" var="long">∫</chr_var>a deui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <note place="unspecified" anchored="yes">Initial "l" is far to the left. Large capital is missing, but space is left for one.</note> le<chr_var letter="s" var="long">∫</chr_var>aire<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>or <chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ite gli<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <note place="unspecified" anchored="yes">Inital letter in main text column--empty space to the left for continuation of a large capital in previous line.</note> A fait <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>re uenra <chr_var letter="s" var="long">∫</chr_var>an<chr_var letter="s" var="long">∫</chr_var> faille <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> ladame tanto<chr_var letter="s" var="long">∫</chr_var>t libaille L e<chr_var letter="s" var="long">∫</chr_var> arme<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>on<chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr> v<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>melle<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le ceua<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> ameruelle<chr_var letter="s" var="long">∫</chr_var> E <chr_var letter="s" var="long">∫</chr_var>toit biau<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>for<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>hardi<chr_var letter="s" var="long">∫</chr_var> C il monte <chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>en <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> parti<chr_var letter="s" var="long">∫</chr_var> A rme<chr_var letter="s" var="long">∫</chr_var> dune<chr_var letter="s" var="long">∫</chr_var> arme<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> biele<chr_var letter="s" var="long">∫</chr_var> T re<chr_var letter="s" var="long">∫</chr_var>tote<chr_var letter="s" var="long">∫</chr_var> fre<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>nouele<chr_var letter="s" var="long">∫</chr_var> S atant erre <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr> noax uint D ecelepartie <chr_var letter="s" var="long">∫</chr_var>etint <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t for<chr_var letter="s" var="long">∫</chr_var> delauile o<chr_var letter="s" var="long">∫</chr_var>te<chr_var letter="s" var="long">∫</chr_var> A i<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>c <chr_var letter="s" var="long">∫</chr_var>ipreudom not mai<chr_var letter="s" var="long">∫</chr_var> j tel Side v (Page A-213-v) Column a <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> peti<chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>toit <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>ba<chr_var letter="s" var="long">∫</chr_var> M ai<chr_var letter="s" var="long">∫</chr_var> h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>b<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>g<chr_abbr type="reg" class="dc" expan="ier" cert="no">[apost]</chr_abbr> neuaut ilpa<chr_var letter="s" var="long">∫</chr_var> E nliu vil fu<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>neu<chr_var letter="s" var="long">∫</chr_var> <note place="unspecified" anchored="yes">Unusual initial "E"</note> C h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>r<chr_var letter="s" var="long">∫</chr_var> bun<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>e<chr_var letter="s" var="long">∫</chr_var>len<chr_var letter="s" var="long">∫</chr_var> O t <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> el ca<chr_var letter="s" var="long">∫</chr_var>tiel ama<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> M ai<chr_var letter="s" var="long">∫</chr_var>plu<chr_var letter="s" var="long">∫</chr_var> enot defor<chr_var letter="s" var="long">∫</chr_var> a<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> C ar <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> laroine en jot T ant uenu <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> plu<chr_var letter="s" var="long">∫</chr_var> n<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>jpot O <chr_var letter="s" var="long">∫</chr_var>tel auoir ded<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e<chr_var letter="s" var="long">∫</chr_var> recet C ar por .j. en jot b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> vii D <chr_abbr type="reg" class="dc" expan="ont" cert="no">ot-hbar</chr_abbr> ja .j. tot <chr_var letter="s" var="long">∫</chr_var>eul ni eu<chr_var letter="s" var="long">∫</chr_var>t S e<chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> laroine nefu<chr_var letter="s" var="long">∫</chr_var>t B <chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> v.liue<chr_var letter="s" var="long">∫</chr_var> tot enui<chr_abbr type="reg" class="dc" expan="" cert="no">ro-hbar</chr_abbr> S efur<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>t logie libaron E ntre<chr_var letter="s" var="long">∫</chr_var> enloge<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> ent<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>te<chr_var letter="s" var="long">∫</chr_var> D ame<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr>damoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ele<chr_var letter="s" var="long">∫</chr_var> g<chr_abbr type="reg" class="dc" expan="ier" cert="no">[apost]</chr_abbr>ete<chr_var letter="s" var="long">∫</chr_var> J ot t<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>uelle<chr_var letter="s" var="long">∫</chr_var> fu L an. ot mi<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>on e<chr_var letter="s" var="long">∫</chr_var>cu A lui<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var>on o<chr_var letter="s" var="long">∫</chr_var>tel defor<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> il por a<chr_var letter="s" var="long">∫</chr_var>aier <chr_var letter="s" var="long">∫</chr_var>on cor<chr_var letter="s" var="long">∫</chr_var> F u de<chr_var letter="s" var="long">∫</chr_var>arme<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>egi<chr_var letter="s" var="long">∫</chr_var>oit E n .j. lit <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>petit <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>oit D o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t tote e<chr_var letter="s" var="long">∫</chr_var>toit la coutenue C ou<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> fu d<chr_abbr type="reg" class="dc" expan="un" cert="no">u-hbar</chr_abbr> drap de canrine L an. tre<chr_var letter="s" var="long">∫</chr_var>to<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var> arme<chr_var letter="s" var="long">∫</chr_var> E <chr_var letter="s" var="long">∫</chr_var>toit <chr_var letter="s" var="long">∫</chr_var>orlelit acoute<chr_var letter="s" var="long">∫</chr_var> L a u jl jut <chr_var letter="s" var="long">∫</chr_var>ipou<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>t A tant e<chr_var letter="s" var="long">∫</chr_var>uo<chr_var letter="s" var="long">∫</chr_var> .j. garni<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> L eceor darme<chr_var letter="s" var="long">∫</chr_var> en ce mi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> enlatau<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>ne auoit mi<chr_var letter="s" var="long">∫</chr_var>e S acote aueuc <chr_var letter="s" var="long">∫</chr_var>acauceure <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> uient nu<chr_var letter="s" var="long">∫</chr_var> pie<chr_var letter="s" var="long">∫</chr_var> grant aleure D e<chr_var letter="s" var="long">∫</chr_var> afuble<chr_var letter="s" var="long">∫</chr_var> aual leuent L e<chr_var letter="s" var="long">∫</chr_var> cu troua alu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> deuant S ile<chr_var letter="s" var="long">∫</chr_var> garda mai<chr_var letter="s" var="long">∫</chr_var> nepot e<chr_var letter="s" var="long">∫</chr_var>tre Q uil <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>neu<chr_var letter="s" var="long">∫</chr_var>t lui ne <chr_var letter="s" var="long">∫</chr_var>on e<chr_var letter="s" var="long">∫</chr_var>tre N e<chr_var letter="s" var="long">∫</chr_var>et qui port<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> ledeuoit L ui<chr_var letter="s" var="long">∫</chr_var> delamai<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>on ouu<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>t uoit S entre en<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> uoit ge<chr_var letter="s" var="long">∫</chr_var>ir ellit L an<chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>le uit L e<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>nut <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>pu<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr><chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>eigna <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lan. lien<chr_var letter="s" var="long">∫</chr_var>igna <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> de<chr_var letter="s" var="long">∫</chr_var>fendi quil neparla<chr_var letter="s" var="long">∫</chr_var>t D elui enliu u il ala<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>il di<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>oit <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>lle<chr_var letter="s" var="long">∫</chr_var>eu<chr_var letter="s" var="long">∫</chr_var>t M <chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> liuenroit <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>il eu<chr_var letter="s" var="long">∫</chr_var>t L eiol<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> vlecol bri<chr_var letter="s" var="long">∫</chr_var>ie ‘S ire jeuo<chr_var letter="s" var="long">∫</chr_var> ai <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ie N eja t<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>t <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>je<chr_var letter="s" var="long">∫</chr_var>oie ui<chr_var letter="s" var="long">∫</chr_var>’ F ait lihiraul<chr_var letter="s" var="long">∫</chr_var> ‘to<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>oie<chr_var letter="s" var="long">∫</chr_var> fi<chr_var letter="s" var="long">∫</chr_var> N eferai rien <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> nul auoir D <chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>t maugre medoie<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>auoir’ Column b T anto<chr_var letter="s" var="long">∫</chr_var>t for<chr_var letter="s" var="long">∫</chr_var> delamai<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>o <chr_var letter="s" var="long">∫</chr_var>aut S i<chr_var letter="s" var="long">∫</chr_var>enua criant <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> enhaut ‘Or <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> uenu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> aunera Or <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> ue<chr_abbr type="reg" class="dc" expan="nus" cert="no">n-nine</chr_abbr> qui aunera J ce <chr_abbr type="reg" class="dc" expan="cri" cert="no">c-vbar</chr_abbr>e partot ligar<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> gen<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>alent detote<chr_var letter="s" var="long">∫</chr_var>par<chr_var letter="s" var="long">∫</chr_var> S elidemand<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> il c<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e C il ne<chr_var letter="s" var="long">∫</chr_var>t tant hardi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> lordie A i<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>enuait <chr_abbr type="reg" class="dc" expan="cri" cert="no">c-vbar</chr_abbr>ant ce mei<chr_var letter="s" var="long">∫</chr_var>me<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>acie<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> <gap reason="illegible" /> lor fudit <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr>me<chr_var letter="s" var="long">∫</chr_var> <note place="unspecified" anchored="yes">hole in ms. after "q-hbar"</note> ‘Or <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> ue<chr_abbr type="reg" class="dc" expan="nus" cert="no">n-nine</chr_abbr> <gap reason="illegible" /> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> aunera’ <note place="unspecified" anchored="yes">hole in ms. after "uen-nine"</note> n<chr_abbr type="reg" class="dc" expan="" cert="no">re-hbar</chr_abbr> mai<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="reg" class="sc" expan="tre" cert="no">t-e</chr_abbr> fu li hira <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms., far right</note> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> ad<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>o<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> leno<chr_var letter="s" var="long">∫</chr_var> a<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>t <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms., far right</note> car il<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>miere<chr_abbr type="reg" class="dc" expan="" cert="no">mt-hbar</chr_abbr> ledi<chr_var letter="s" var="long">∫</chr_var>t <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms., far right</note> ja <chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> a<chr_var letter="s" var="long">∫</chr_var>anbler<chr_var letter="s" var="long">∫</chr_var> le<chr_var letter="s" var="long">∫</chr_var> jo<chr_var letter="s" var="long">∫</chr_var>te<chr_var letter="s" var="long">∫</chr_var> <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms., far right</note> la roine <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> dame<chr_var letter="s" var="long">∫</chr_var> tote<chr_var letter="s" var="long">∫</chr_var> <gap reason="illegible" /> <note place="unspecified" anchored="yes">hole in ms., far right</note> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var><chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> autre<chr_var letter="s" var="long">∫</chr_var> g<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> M lt j ot geude<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ergn<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> D etote<chr_var letter="s" var="long">∫</chr_var> par<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var>tre <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ene<chr_var letter="s" var="long">∫</chr_var>tre <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> la vlitornoi<chr_var letter="s" var="long">∫</chr_var> dut e<chr_var letter="s" var="long">∫</chr_var>tre O t .j. grant loge defu<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> ce <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> laroine jfu<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> dame<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> pucele<chr_var letter="s" var="long">∫</chr_var> A i<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>c nu<chr_var letter="s" var="long">∫</chr_var> n<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr>uit tat de<chr_var letter="s" var="long">∫</chr_var>ibele<chr_var letter="s" var="long">∫</chr_var> N e<chr_var letter="s" var="long">∫</chr_var>il<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>oge<chr_var letter="s" var="long">∫</chr_var> ne<chr_var letter="s" var="long">∫</chr_var>ib<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> faite<chr_var letter="s" var="long">∫</chr_var> L a<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> dame<chr_var letter="s" var="long">∫</chr_var> a<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>ite<chr_var letter="s" var="long">∫</chr_var> T re<chr_var letter="s" var="long">∫</chr_var>toute<chr_var letter="s" var="long">∫</chr_var> ap<chr_abbr type="reg" class="dc" expan="re" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> laroine <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> ueir uolit la atine <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr> lefera m<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> .vpi<chr_var letter="s" var="long">∫</chr_var> C h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>r uen<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> x. <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> di<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> xx <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> xx <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> xxx <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> xxx. <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> rante vin<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> ca non<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>te C a .c. caplu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> ca .ii. tan<chr_var letter="s" var="long">∫</chr_var> S e<chr_var letter="s" var="long">∫</chr_var>t la<chr_var letter="s" var="long">∫</chr_var>anblee <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> gran<chr_var letter="s" var="long">∫</chr_var> D eu<chr_abbr type="reg" class="dc" expan="an" cert="no">a-hbar</chr_abbr>t le<chr_var letter="s" var="long">∫</chr_var> loge<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> entor <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> cil en<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>cent le<chr_var letter="s" var="long">∫</chr_var>tor A rme <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>de<chr_var letter="s" var="long">∫</chr_var> ar<add place="infralinear">.</add>ame a<chr_var letter="s" var="long">∫</chr_var>anbl<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et L e<chr_var letter="s" var="long">∫</chr_var> l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ace<chr_var letter="s" var="long">∫</chr_var> .j. grant boi<chr_var letter="s" var="long">∫</chr_var> re<chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>bl<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>et <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> tant en j. font aport<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> C il <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>eueulet deporter <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> niperent <chr_var letter="s" var="long">∫</chr_var>el<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ace<chr_var letter="s" var="long">∫</chr_var> non <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> baniere<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>gonfan<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> L ijo<chr_var letter="s" var="long">∫</chr_var>teor <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> jo<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> mveuent C ar <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>paigne<chr_var letter="s" var="long">∫</chr_var> a<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> j <chr_abbr type="reg" class="sc" expan="tro" cert="no">t-o</chr_abbr>uent <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> por jo<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> meu e<chr_var letter="s" var="long">∫</chr_var>toient <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> liautre <chr_var letter="s" var="long">∫</chr_var>era<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>toient D efaire autre<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr>ie<chr_var letter="s" var="long">∫</chr_var> S i<chr_var letter="s" var="long">∫</chr_var>t<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> plaine<chr_var letter="s" var="long">∫</chr_var> le<chr_abbr type="reg" class="sc" expan="pra" cert="no">p-alpha</chr_abbr>erie<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> aree<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> li onb<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> on n<chr_abbr type="reg" class="dc" expan="en" cert="no">e-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>et dire len<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>bre D e<chr_var letter="s" 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var="long">∫</chr_var> ceual<chr_var letter="s" var="long">∫</chr_var> e<chr_var letter="s" var="long">∫</chr_var>toit <chr_var letter="s" var="long">∫</chr_var>aillan<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> coran<chr_var letter="s" var="long">∫</chr_var> plu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> cer<chr_var letter="s" var="long">∫</chr_var> del<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ade S ie<chr_var letter="s" var="long">∫</chr_var>toit fil<chr_var letter="s" var="long">∫</chr_var> leroi dill<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ade <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" 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var="long">∫</chr_var>angoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t ‘<chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> cil <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ib<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> lefait’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> la roine a<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el <chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>it V ne pucele c<chr_abbr type="reg" class="dc" expan="oni" cert="no">oi-hbar</chr_abbr>te <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>age S elidi<chr_var letter="s" var="long">∫</chr_var>t ‘pucele .j. me<chr_var letter="s" var="long">∫</chr_var>age <chr_abbr type="reg" class="dc" expan="Vus" cert="no">V-nine</chr_abbr> e<chr_var letter="s" var="long">∫</chr_var>tuet faire <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> to$t lefaite<chr_var letter="s" var="long">∫</chr_var> P ar parole<chr_var letter="s" var="long">∫</chr_var> brie<chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr>t re<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>ite<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Jus" cert="no">J-nine</chr_abbr> de ce<chr_var letter="s" var="long">∫</chr_var> loge<chr_var letter="s" var="long">∫</chr_var> de uale<chr_var letter="s" var="long">∫</chr_var> A cel <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> <chr_abbr type="reg" class="dc" expan="" cert="no">m-hbar</chr_abbr> ale<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> porte cel e<chr_var letter="s" var="long">∫</chr_var> cu u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>mel <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>elidite<chr_var letter="s" var="long">∫</chr_var> a<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>el <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> aunojax <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>jeliman<unclear reason="illegible">t</unclear>’ C ele uato<chr_var letter="s" var="long">∫</chr_var>t<chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>aiem<chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> F ait ce <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>laroine veut A <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> le<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>a<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>ut T <chr_abbr type="reg" class="dc" expan="ant" cert="no">at-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> delui <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>t j<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ote S elidi<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> me <chr_var letter="s" var="long">∫</chr_var>age <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> co<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ite <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> nelot uoi<chr_var letter="s" var="long">∫</chr_var>in<chr_var letter="s" var="long">∫</chr_var> neuoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ine ‘S iremadame laroine P ar moi uo<chr_var letter="s" var="long">∫</chr_var> mande jel uo<chr_var letter="s" var="long">∫</chr_var> di <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> au noax’ <chr_punc mark="comma" force="" synt="" extra="no">punc1</chr_punc> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t cil loj S elire<chr_var letter="s" var="long">∫</chr_var>pont <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> uol<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>etier<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> me cil qui <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>uen<chr_var letter="s" var="long">∫</chr_var> entier<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lue<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_abbr type="reg" class="sc" expan="tre" cert="no">t-e</chr_abbr> .j. <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> muet T ant <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>ceual<chr_var letter="s" var="long">∫</chr_var> port<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> lepuet <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> faut <gap reason="illegible" /> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t illedut ferir <note place="unspecified" anchored="yes">hole in ms. after "faut"</note> N <chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>q<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <gap reason="illegible" /> pu<chr_abbr type="reg" class="dc" expan="" cert="no">i-til</chr_abbr> du<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr> len<chr_var letter="s" var="long">∫</chr_var>erir <note place="unspecified" anchored="yes">hole in ms. after "N o-hbarqapost∫"</note> N el <gap reason="illegible" /> fi<chr_var letter="s" var="long">∫</chr_var>t <chr_var letter="s" var="long">∫</chr_var>eau pi<chr_var letter="s" var="long">∫</chr_var> n<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l pot <note place="unspecified" anchored="yes">hole in ms. after "N el"</note> <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> ce <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr> la roine plot <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> liautre<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>le re<chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>ert N apa<chr_var letter="s" var="long">∫</chr_var> failli ancoi<chr_var letter="s" var="long">∫</chr_var> lefiert Folio 214 Side r (Page A-214-r) Column a S i<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>tre<chr_var letter="s" var="long">∫</chr_var>tot le<chr_var letter="s" var="long">∫</chr_var>de<chr_var letter="s" var="long">∫</chr_var>aiue <note place="unspecified" anchored="yes">Quite different from line in F-U edition.</note> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> cil <chr_var letter="s" var="long">∫</chr_var>emet lue<chr_var letter="s" var="long">∫</chr_var> alafuie N on<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> pui<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>tre<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> N etorna lecol del de<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="reg" class="dc" expan="tri" cert="no">t-vbar</chr_abbr>er <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> amorir nene fe<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>t S e<chr_var letter="s" var="long">∫</chr_var>agrant h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ote niuei<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>on lait <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ade<chr_var letter="s" var="long">∫</chr_var> h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>onor <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> fait <chr_var letter="s" var="long">∫</chr_var>anblant <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>lait paor D eto<chr_var letter="s" var="long">∫</chr_var> cel<chr_var letter="s" var="long">∫</chr_var> qui uienent <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> uont <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> li<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> delui font L or Ri<chr_var letter="s" var="long">∫</chr_var>ee<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>lor gaboi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> le<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>oient ancoi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> lihiral<chr_var letter="s" var="long">∫</chr_var> qui<chr_var letter="s" var="long">∫</chr_var>oloit dire ‘C i<chr_var letter="s" var="long">∫</chr_var> lel ua<chr_abbr type="reg" class="dc" expan="in" cert="no">i-hbar</chr_abbr>cra tre<chr_var letter="s" var="long">∫</chr_var>tou<chr_var letter="s" var="long">∫</chr_var> atire’ E <chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> ma<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> de<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>fi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> ot le<chr_var letter="s" var="long">∫</chr_var>ga<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>le<chr_var letter="s" var="long">∫</chr_var> afi<chr_var letter="s" var="long">∫</chr_var> D ecel<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>dient ‘or <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> tai<chr_var letter="s" var="long">∫</chr_var> A mi<chr_var letter="s" var="long">∫</chr_var> ci<chr_var letter="s" var="long">∫</chr_var> nelaunera mai<chr_var letter="s" var="long">∫</chr_var>’ T ant a aune cor <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> bri<chr_var letter="s" var="long">∫</chr_var>ie S aune <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>tant no<chr_var letter="s" var="long">∫</chr_var> a<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ie’ L iplui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>or dient ‘ce<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>doit J le<chr_var letter="s" var="long">∫</chr_var>toit <chr_var letter="s" var="long">∫</chr_var>ipreu<chr_var letter="s" var="long">∫</chr_var> orendroit Or <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>itre<chr_var letter="s" var="long">∫</chr_var> coarde co<chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> en<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>trer no<chr_var letter="s" var="long">∫</chr_var>e E <chr_var letter="s" var="long">∫</chr_var>poir <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> ce <chr_var letter="s" var="long">∫</chr_var>ib<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> lefi<chr_var letter="s" var="long">∫</chr_var>t C a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>ic mai<chr_var letter="s" var="long">∫</chr_var> darme ne<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>etremi<chr_var letter="s" var="long">∫</chr_var>t N aura talent darme<chr_var letter="s" var="long">∫</chr_var> port<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr> S e<chr_var letter="s" var="long">∫</chr_var> cuer<chr_var letter="s" var="long">∫</chr_var> nepuet plu<chr_var letter="s" var="long">∫</chr_var> endurer <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> lm<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>ode narie<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>icoarde’ <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> laroine <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>lel<chr_abbr type="reg" class="dc" expan="" cert="no">g-hbar</chr_abbr>arde E n<chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> lie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> liplai<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var>et b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>enta<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ce<chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> lan. <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> uoir E n<chr_var letter="s" var="long">∫</chr_var>itotenuit <chr_abbr type="reg" class="dc" expan="dus" cert="no">d-nine</chr_abbr> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>l <chr_var letter="s" var="long">∫</chr_var>oir S efi<chr_var letter="s" var="long">∫</chr_var>t cil tenir <chr_abbr type="reg" class="dc" expan="" cert="no">p-til</chr_abbr> coart M ai<chr_var letter="s" var="long">∫</chr_var> liba<chr_var letter="s" var="long">∫</chr_var> ue<chr_var letter="s" var="long">∫</chr_var>p<chr_abbr type="reg" class="dc" expan="re" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> le<chr_var letter="s" var="long">∫</chr_var>depart <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> jot de<chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var> paroi<chr_var letter="s" var="long">∫</chr_var> N ei<chr_var letter="s" var="long">∫</chr_var> li<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var> u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>mal<chr_var letter="s" var="long">∫</chr_var> P lot a<chr_var letter="s" var="long">∫</chr_var>dame<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> a<chr_var letter="s" var="long">∫</chr_var>pucele<chr_var letter="s" var="long">∫</chr_var> A <chr_var letter="s" var="long">∫</chr_var> plu<chr_var letter="s" var="long">∫</chr_var> haute<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> a<chr_var letter="s" var="long">∫</chr_var> plu<chr_var letter="s" var="long">∫</chr_var> bele<chr_var letter="s" var="long">∫</chr_var> T ant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> le<chr_var letter="s" var="long">∫</chr_var> norent anului L ejor bae tant <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>me alui <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> orent ueu <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>ment J llauoit fait <chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>mierem<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr> ile<chr_var letter="s" var="long">∫</chr_var>toit preu<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>hardi<chr_var letter="s" var="long">∫</chr_var> P u<chr_abbr type="reg" class="dc" expan="ius" cert="no">i-nine</chr_abbr> refu<chr_var letter="s" var="long">∫</chr_var>i acoardi<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> lno<chr_var letter="s" var="long">∫</chr_var>oit <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> atend<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> A i<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> lepoi<chr_var letter="s" var="long">∫</chr_var>t abatre <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>nd<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> T o<chr_var letter="s" var="long">∫</chr_var> lipire<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>eil uau<chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>t M ai<chr_var letter="s" var="long">∫</chr_var> ato<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> atote<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>i<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>edem<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr> tuit reu<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>roi<chr_abbr type="reg" class="dc" expan="ent" cert="no">et-hbar</chr_abbr> A laatine <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ip<chr_abbr type="reg" class="dc" expan="re" cert="no">[apost]</chr_abbr>ndroient Column b L e<chr_var letter="s" var="long">∫</chr_var> damoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ele<chr_var letter="s" var="long">∫</chr_var> a<chr_var letter="s" var="long">∫</chr_var>ig<chr_abbr type="reg" class="dc" expan="" cert="no">n-til</chr_abbr><chr_var letter="s" var="long">∫</chr_var> C el<chr_var letter="s" var="long">∫</chr_var> quilejor <chr_var letter="s" var="long">∫</chr_var>erra l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>onor<chr_var letter="s" var="long">∫</chr_var> E n<chr_var letter="s" var="long">∫</chr_var>iledie<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>atornent A tant u<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var> le<chr_var letter="s" var="long">∫</chr_var> o<chr_var letter="s" var="long">∫</chr_var>tel<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>entorne<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t iluinrent a<chr_var letter="s" var="long">∫</chr_var>o<chr_var letter="s" var="long">∫</chr_var>tel<chr_var letter="s" var="long">∫</chr_var> E nplui<chr_var letter="s" var="long">∫</chr_var>or<chr_var letter="s" var="long">∫</chr_var> liu<chr_var letter="s" var="long">∫</chr_var> enot detel<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> en<chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>m<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>ciere<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t adire ‘V <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> de<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr><chr_var letter="s" var="long">∫</chr_var> lipire <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> liplu<chr_var letter="s" var="long">∫</chr_var> nien<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>liplu<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var>pi<chr_var letter="s" var="long">∫</chr_var> V <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> ale<chr_var letter="s" var="long">∫</chr_var> u<chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> tapi<chr_var letter="s" var="long">∫</chr_var> V ert ale<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>ile<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>rron<chr_var letter="s" var="long">∫</chr_var> E <chr_var letter="s" var="long">∫</chr_var>poir jamai<chr_var letter="s" var="long">∫</chr_var> neleuerr<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> C ar mauuai<chr_var letter="s" var="long">∫</chr_var>tie<chr_var letter="s" var="long">∫</chr_var> le acachie D o<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t il atel fai<chr_var letter="s" var="long">∫</chr_var> enbrachie <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> lm<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>de na rien plu<chr_var letter="s" var="long">∫</chr_var> 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var="long">∫</chr_var>ie <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> cillab<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> enpai<chr_var letter="s" var="long">∫</chr_var> bai<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ie S a<chr_abbr type="reg" class="dc" expan="pri" cert="no">p-vbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var>e deli <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr><chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>le a O n<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr><chr_var letter="s" var="long">∫</chr_var> uoir tant ne<chr_var letter="s" var="long">∫</chr_var>auilla C h<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>r<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>li<chr_var letter="s" var="long">∫</chr_var>emo<chr_var 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class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> pire<chr_var letter="s" var="long">∫</chr_var> decelui <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ilblame <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> il de<chr_var letter="s" var="long">∫</chr_var>pit C a<chr_var letter="s" var="long">∫</chr_var>cun<chr_var letter="s" var="long">∫</chr_var> ce<chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> ilueut endi<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>t ceui<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t alajornee R efu laien<chr_var letter="s" 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var="long">∫</chr_var> alimoge<chr_var letter="s" var="long">∫</chr_var> S il<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e aporte pilade<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> ueut enle<chr_var letter="s" var="long">∫</chr_var>tor e<chr_var letter="s" var="long">∫</chr_var>treade<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="frq" class="ct" expan="molt" cert="no">ml[apost]t</chr_abbr> lede<chr_var letter="s" var="long">∫</chr_var>ire <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>golo<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e C il autre<chr_var letter="s" var="long">∫</chr_var> fufai<chr_var letter="s" var="long">∫</chr_var> atolo<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> lilora<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>lipoi<chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> S ilen aporte lee<chr_var letter="s" var="long">∫</chr_var> de<chr_var letter="s" var="long">∫</chr_var><chr_abbr type="reg" class="sc" expan="tra" cert="no">t-alpha</chr_abbr>l<chr_var letter="s" var="long">∫</chr_var> C iluint delion<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>orleronne J l na plu<chr_var letter="s" var="long">∫</chr_var> bel de<chr_var letter="s" var="long">∫</chr_var>ol<chr_var letter="s" var="long">∫</chr_var> letrone S ifu par .j. grant de<chr_var letter="s" var="long">∫</chr_var>trece D one talax delade<chr_var letter="s" var="long">∫</chr_var>tre de<chr_var letter="s" var="long">∫</chr_var>erte <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> le porte <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr>b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>ecueure <chr_abbr type="frq" class="ss" expan="et" cert="yes">et2</chr_abbr> cilautre<chr_var letter="s" var="long">∫</chr_var> jl <chr_abbr type="frq" class="ss" expan="est" cert="no">est</chr_abbr> delueure D englet<chr_abbr type="reg" class="dc" expan="er" cert="no">[apost]</chr_abbr>re ilfu fai<chr_var letter="s" var="long">∫</chr_var> al<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>odre<chr_var letter="s" var="long">∫</chr_var> V uo<chr_var letter="s" var="long">∫</chr_var> ce<chr_var letter="s" var="long">∫</chr_var> .iiii. ar<chr_abbr type="reg" class="dc" expan="on" cert="no">o-hbar</chr_abbr>de<chr_var letter="s" var="long">∫</chr_var>’ C e<chr_var letter="s" var="long">∫</chr_var>anble <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>uoler <chr_var letter="s" var="long">∫</chr_var>endoiuent M ai<chr_var letter="s" var="long">∫</chr_var> nemuent a<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>i<chr_var letter="s" var="long">∫</chr_var> recouent’ L e<chr_var letter="s" var="long">∫</chr_var> arme<chr_var letter="s" var="long">∫</chr_var> decel<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>noi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ent M ai<chr_var letter="s" var="long">∫</chr_var> decelui mie neuoient <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ntel de<chr_var letter="s" var="long">∫</chr_var>pit en auoiet S iquident <chr_abbr type="reg" class="dc" expan="qui" cert="no">q-vbar</chr_abbr>l<chr_var letter="s" var="long">∫</chr_var>en<chr_var letter="s" var="long">∫</chr_var>oit enble<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> t ale<chr_var letter="s" var="long">∫</chr_var>tor <unclear reason="illegible">fu</unclear>[insert2] a<chr_var letter="s" var="long">∫</chr_var>anble<chr_var letter="s" var="long">∫</chr_var> ne<chr_var letter="s" var="long">∫</chr_var>t<note place="unspecified" anchored="yes">The word "nest" appears some distance to the right of the column. Perhaps the parallel marks above "fii/fu" indicate that this is to be replaced by "nest."</note> <chr_abbr type="reg" class="sc" expan="Qua" cert="no">Q-alpha</chr_abbr> t laroine poi<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>t nenuoit T alen<chr_var letter="s" var="long">∫</chr_var> li<chr_abbr type="reg" class="dc" expan="" cert="no">p-hbar</chr_abbr>nt <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> ele enuoi<chr_var letter="s" var="long">∫</chr_var>t L e<chr_var letter="s" var="long">∫</chr_var> ren<chr_var letter="s" var="long">∫</chr_var> cerkier tant <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr>le trui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e N e<chr_var letter="s" var="long">∫</chr_var>et cuienuoier jpui<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>e <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> m<chr_abbr type="reg" class="dc" expan="" cert="no">i-til</chr_abbr> leq<chr_abbr type="reg" class="dc" expan="ui" cert="no">apost</chr_abbr>re de celi <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> laendroit ert depar li T ot m<chr_abbr type="reg" class="dc" expan="ani" cert="no">ai-hbar</chr_abbr>tenant alilapiele Side v (Page A-214-v) Column a S elidi<chr_var letter="s" var="long">∫</chr_var>t ‘ale<chr_var letter="s" var="long">∫</chr_var> damoi<chr_var letter="s" var="long">∫</chr_var><chr_var letter="s" var="long">∫</chr_var>ele M onter <chr_var letter="s" var="long">∫</chr_var>eur u(re)^ palefroi A u<chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> dier uo<chr_var letter="s" var="long">∫</chr_var> enuoj <chr_var letter="s" var="long">∫</chr_var> el <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>re<chr_var letter="s" var="long">∫</chr_var> tant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>uo<chr_var letter="s" var="long">∫</chr_var> laie<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> rien neuo<chr_var letter="s" var="long">∫</chr_var> endelaie<chr_var letter="s" var="long">∫</chr_var> <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e lire dite<chr_var letter="s" var="long">∫</chr_var> encor <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> anoax leface encor <chr_abbr type="frq" class="ss" expan="et" cert="yes">et1</chr_abbr> <chr_abbr type="reg" class="sc" expan="qua" cert="no">q-alpha</chr_abbr>tuo<chr_var letter="s" var="long">∫</chr_var> l<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>e are<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>emon<chr_var letter="s" var="long">∫</chr_var> S entende<chr_var letter="s" var="long">∫</chr_var> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> a<chr_var letter="s" var="long">∫</chr_var>on re<chr_var letter="s" var="long">∫</chr_var>po<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr><chr_var letter="s" var="long">∫</chr_var>’ C ele derien ne <chr_var letter="s" var="long">∫</chr_var>e retarde <chr_abbr type="reg" class="dc" expan="Qui" cert="no">Q-vbar</chr_abbr> b<chr_abbr type="reg" class="dc" expan="" cert="no">n-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>toit d<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr>onee garde L e<chr_var letter="s" var="long">∫</chr_var>oir <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>lpart iltorneroit <chr_abbr type="reg" class="dc" expan="" cert="no">P-til</chr_abbr> ce <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr> <chr_var letter="s" var="long">∫</chr_var>an<chr_var letter="s" var="long">∫</chr_var> doute <chr_var letter="s" var="long">∫</chr_var>auoit <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> ele j<chr_var letter="s" var="long">∫</chr_var>eroit renuoie P armi le<chr_var letter="s" var="long">∫</chr_var> ren<chr_var letter="s" var="long">∫</chr_var> <chr_var letter="s" var="long">∫</chr_var>e<chr_var letter="s" var="long">∫</chr_var>t auoie T ant <chr_abbr type="reg" class="dc" expan="que" cert="no">q-hbar</chr_abbr>le uit le <chr_abbr type="frq" class="ct" expan="cheualier" cert="no">ch[apost]r</chr_abbr> S eliua tanto<chr_var letter="s" var="long">∫</chr_var>t <chr_abbr type="reg" class="ss" expan="com" cert="no">com</chr_abbr><chr_var letter="s" var="long">∫</chr_var>ill<chr_abbr type="" class="" expan="" cert="no">[apost]</chr_abbr> <chr_abbr type="reg" class="dc" expan="Que" cert="no">Q-hbar</chr_abbr> encor anoax le face 