exercice torseur hélicoptère

[(2)1.16367]TJ mécanique: - un glisseur qui est une résultante de forces - un moment résultant. 14 TD Corrigé - Torseur cinétique et torseur dynamique CPGE MP 18/01/2014 Page 3 sur 7 Q.7. [(c)1.64228]TJ /R27 9.96264 Tf [(I)2.38011(. [(I)-0.330826(. [(=)-331.14(R)1.25567]TJ 12.72 0 Td [(l)0.673414(a)-6.01368(�)-1.33213(a)-6.01368(n)25.4368(t)-273.683(l)0.673414(e)-302.457(c)-1.33213(o)-30.1037(e)-1.33213()2.02318(c)-1.33213(i)0.673414(e)-1.33213(n)25.4368(t)-285.728(d)1.34683(e)-1.33213]TJ ID 4.8 TL 250 Royal Air Force personnel from RAF Odiham and RAF Benson undertook a training exercise in the Middle Eastern country. [(n)-239.553(o)-6.01368(b)1.34683(t)3.35237(e)-1.33213(n)25.4368(u)1.34683(e)-254.277(�)-258.959(l)0.673414(a)-271.004(q)-2.33195(u)1.34683(e)-1.33213(s)-3.1377(t)3.35237(i)0.673414(o)-6.01368(n)-251.598(I)-0.329355(. 6.12 -3.6 Td ID S /H 1 8.33333 0 0 8.33333 0 0 cm BT [( )572.234(! T*[(F)1.57032]TJ 8.33333 0 0 8.33333 0 0 cm BT 12.72 0 Td )-348.633(I)-0.330826(l)-348.633(e)-1.33213(s)-3.1377(t)-345.953(u)1.34683(n)-360.003(p)-22.7432(e)-1.33213(u)-360.003(p)1.34683(l)0.673414(u)1.34683(s)-352.443(f)4.35514(a)-6.01368(c)-1.33213(i)0.673414(l)0.673414(e)]TJ ID /R19 9.96264 Tf /IM true /H 1 q 42 0 0 -4 1742.9 1361.9 cm 7.32 3.6 Td 6.48 -1.44 Td /R46 9.96264 Tf ET T*[(x)4.88446]TJ 6.36 0 Td -262.92 -15.36 Td stream [()-2.9789]TJ 10.68 9.12 Td /R52 6.97385 Tf [(s)-3.1377(a)-331.23(g)-6.01515(�)-1.33286(o)-6.01515(m)2.02392(�)-1.33286(t)3.35237(r)-5.91517(i)0.671944(e)-1.3336(. ID /R10 8.96638 Tf /R27 9.96264 Tf /IM true /R46 9.96264 Tf BI 8.33333 0 0 8.33333 0 0 cm BT 6.6 3.6 Td [(d)1.34793(e)-302.458(l)0.671944(')0.671944(h)1.3483(�)-1.33286(l)0.671944(i)0.671944(c)-1.33286(o)-6.01515(p)1.3483(t)3.3531(�)-1.33286(r)-5.91443(e)-1.33286(. [(2)-5.89017]TJ /R50 6.97385 Tf Q /R25 14.3462 Tf /BPC 1 )-5.85194(6)-3.30091]TJ [( )572.234(! -232.44 -11.88 Td q 4 0 0 -221 2367.9 1983.9 cm 30 6.96 Td /R44 9.96264 Tf ET /R21 9.96264 Tf EI Q 19.2 4.8 Td 8.33333 0 0 8.33333 0 0 cm BT 12.72 0 Td 7.8 6.84 Td ID /R14 7.97011 Tf BI 250.68 0 Td ID -290.88 -15.36 Td /R27 9.96264 Tf [(`)-5.57552]TJ Exercices théoriques donc assez mathématiques: un pour démontrer que tout champ équiprojectif est un champ de moments de torseur. [(e)-1.3336(s)-3.1377(t)-321.863(e)-1.3336(x)-2.33195(p)1.3483(r)-5.91517(i)0.671944(m)2.02465(�)-326.549(e)-1.3336(n)-335.912(i)0.671944(n)25.4383(v)21.758(e)-1.3336(r)-5.91517(s)-3.1377(e)-314.502(d)1.34683(e)-338.592(d)1.34683(e)-1.33213(g)-6.01368(r)-5.91369(�)-1.33213(s)-3.1377(. [(8)-5.89017]TJ 7 Conclusion . [(,)0.673414]TJ EXERCICES SUR L´EFFET DOPPLER Exercice 23 p.67 : Si la voiture se rapproche de l’auto-stoppeur fixe : ... Détermination de la vitesse d’un hélicoptère par effet Doppler On s’intéresse à un son émis par un hélicoptère et perçu par un observateur immobile. T*[(M)-4.49923]TJ 7.8 6.84 Td [(i)0.673414(s)-316.308(s)-3.1377(o)-6.01368(u)1.34683(s)-3.1377(-)-4.01108(p)1.34683(a)-6.01368(r)-5.91369(t)3.35237(i)0.673414(e)-1.33213(s)-3.1377(. [()-169.565(`)-5.57552]TJ 4.56 1.44 Td Exercice 1 : Hélicoptère On considère que l’hélicoptère ci-dessous a un mouvement de translation uniforme suivant la direction x. L’axe z est vertical. /R82 6.97385 Tf BI 2.4 -4.8 Td 10.68 9.12 Td /R27 9.96264 Tf /R21 9.96264 Tf /H 1 [(I)-0.330826(. )0.264661]TJ /IM true 8.33333 0 0 8.33333 0 0 cm BT /R46 9.96264 Tf 1 0 0 1 241.8 586.56 Tm /R46 9.96264 Tf [(=)-5.92546]TJ /IM true [(P)-4.95945]TJ f 4.68 0 Td Q /H 1 Torseur associé au poids de la porte appliqué en G : G = G. Universit´edeToulon M´ecanique/Statique LMaths/PC/Info Ann´ee 2006/20Td : Torseurs Exercice Soit T un torseur de . 1400 3751 m [(2)-5.89017]TJ 3.84 0 Td 10.68 9 Td [(x)-6.87067]TJ [(L)-1.49607(e)-398.818(c)-1.33286(o)-6.01515(u)1.3483(p)1.3483(l)0.671944(e)-386.773(t)3.35237(o)-6.01515(t)3.35237(a)-6.01515(l)-396.813(C)-398.142(s)-3.1377(')0.671944(a)-6.01515(p)1.3483(p)1.3483(l)0.671944(i)0.671944(q)-2.33195(u)1.3483(a)-6.01515(n)25.4383(t)-382.088(s)-3.1377(u)1.3483(r)-391.355(l)0.671944(e)-398.819(r)-5.91369(o)-6.01368(t)3.35237(o)-6.01368(r)-379.309(a)-6.01368(u)1.34683(t)3.35237(o)-6.01368(u)1.34683(r)-391.354(d)1.34683(e)-398.817(s)-3.1377(o)-6.01368(n)-396.138(a)-6.01368(x)-2.33195(e)-386.772(d)]TJ 6.36 0 Td /R52 6.97385 Tf 253.92 0 Td [(\()2.55986(O)-5.92546(\))-334.7(=)-5.92546]TJ ET 7.32 3.6 Td Academia.edu is a platform for academics to share research papers. [(r)-5.91369(e)-1.33213(,)-396.812(q)-2.33195(u)1.34683(i)-408.857(f)4.35514(a)-6.01368(i)0.673414(t)-406.178(p)1.34683(a)-6.01368(r)-5.91369(t)3.35237(i)0.673414(e)-398.817(d)1.34683(e)-1.33213(s)-3.1377]TJ /W 1 /R46 9.96264 Tf ID 1 Introduction . )-396.812(L)-1.4968(a)-415.544()1.34683(n)-420.228(d)]TJ 4.92 1.44 Td [()0.614601]TJ /W 1 [(^)3.5244]TJ [(L)-1.49607(a)-415.545(r)-5.91443(�)-1.33286(s)-3.1377(u)1.3483(l)0.671944(t)3.35237(a)-6.01515(n)25.4383(t)3.35237(e)-398.819(d)1.3483(e)-1.3336(s)-424.713(t)3.35237(o)-6.01515(r)-5.91517(s)-3.1377(e)-1.3336(u)1.3483(r)-5.91517(s)-400.623(d)1.3483(e)-1.3336(s)-412.668(a)-6.01515(c)-1.3336(t)3.35237(i)0.671944(o)-6.01368(n)1.34683(s)-412.668(m)2.02318(�)-1.33213(c)-1.33213(a)-6.01368(n)1.34683(i)0.673414(q)-2.33195(u)1.34683(e)-1.33213(s)-400.623(d)1.34683(u)1.34683(e)-1.33213(s)-424.713(�)-415.544(l)0.673414(a)-415.544(p)]TJ [(\r)-3.51656]TJ /R50 6.97385 Tf 1422.2 3971.8 l Q /R46 9.96264 Tf Mécanique : éléments de mécanique rationnelle : cours, exercices et corrigés (coll. /R46 9.96264 Tf [(r)5.33512]TJ /R21 9.96264 Tf [(z)-5.62929]TJ Q q 915 0 0 -4 1530.9 3126.9 cm /H 1 BI q 8.33333 0 0 8.33333 0 0 cm BT /R27 9.96264 Tf q 42 0 0 -4 2014.9 4967.9 cm 8.33333 0 0 8.33333 0 0 cm BT /BPC 1 6.12 1.2 Td [(2)1.16367]TJ 8.33333 0 0 8.33333 0 0 cm BT /W 1 [(F)2.34666]TJ q q f /R46 9.96264 Tf /W 1 2537 4037 m /R46 9.96264 Tf EI Q 257.88 0 Td 259.32 0 Td 6.1 Énoncé . q 167 0 0 -4 436.9 3438.9 cm Q /H 1 1 0 0 1 272.28 51 Tm q 4 0 0 -108 694.9 1191.9 cm [(\))-298.564(=)-5.92546]TJ -270.96 -11.88 Td Q [( )777(! q 299 0 0 -4 1216.9 1475.9 cm 1 0 0 1 262.68 18.48 Tm ID 7.32 TL )0.671944]TJ EI Q /R21 9.96264 Tf )-240.227(E)5.86664(l)0.673414(l)0.673414(e)-254.277(t)3.35237(r)]TJ ID 2387.6 4526.2 l 8.04 1.44 Td [(t)3.3531(r)-5.91443(�)-1.33286(s)-340.398(p)1.3483(r)-5.91443(o)-30.1051(c)22.7571(h)1.3483(e)-1.33286(s)-316.308(d)1.3483(u)-335.912(c)-1.3336(o)-6.01515(u)1.3483(r)-5.91517(s)-3.1377(,)-312.498(e)-1.3336(l)0.671944(l)0.671944(e)-1.3336(s)-340.398(n)1.3483(')0.671944(o)-6.01515()5.02708(r)-5.91517(e)-1.3336(n)25.4383(t)-321.863(p)1.3483(a)-6.01515(s)-328.353(d)1.34683(e)-338.592(r)-5.91369(�)-1.33213(e)-1.33213(l)0.673414(l)0.673414(e)-326.547(d)1.34683(i)0.673414()2.02318(c)-1.33213(u)1.34683(l)0.673414(t)3.35237(�)]TJ 29.88 13.56 Td /R10 8.96638 Tf ET q 167 0 0 -4 436.9 3548.9 cm /R32 8.96638 Tf /BPC 1 268.92 0 Td BI /H 1 /R17 9.96264 Tf q q -293.4 -11.88 Td [(L)-1.49607(')0.671944(�)-1.33286(c)-1.33286(o)-6.01515(u)1.3483(l)0.671944(e)-1.33286(m)2.02465(e)-1.3336(n)25.4383(t)-309.818(d)1.3483(e)-314.504(l)0.671944(')0.671944(a)-6.01515(i)0.671944(r)-307.04(�)-1.3336(t)3.35237(a)-6.01515(n)25.4383(t)-309.818(p)1.3483(r)-5.91517(o)18.0749(v)21.758(o)-30.1051(q)-2.33195(u)1.3483(�)-290.412(p)1.34683(a)-6.01368(r)-307.039(l)0.673414(e)-314.502(m)2.02318(o)-6.01368(u)1.34683(v)21.758(e)-1.33213(m)2.02318(e)-1.33213(n)25.4368(t)-309.818(c)-1.33213(i)0.673414(r)-5.91369(c)-1.33213(u)]TJ -265.32 -11.88 Td /R50 6.97385 Tf • Torseurs Recherche du torseur d'actions de pression de l'eau sur un barrage. [(! /R27 9.96264 Tf [()-5.89017]TJ h 272.4 0 Td 6.84 1.44 Td stream Questions : 1. /R27 9.96264 Tf [(o)-6.01368(p)-22.7432(o)-6.01368(s)-3.1377(e)-314.502(d)1.34683(')0.673414(�)-1.33213(t)3.35237(a)-6.01368(b)1.34683(l)0.673414(i)0.673414(r)-331.129(d)1.34683(e)-1.33213(s)-3.1377]TJ q 42 0 0 -4 1718.9 2721.9 cm S [(I)-0.330826(. 1972 4074 m 6.48 -1.44 Td q q 920 0 0 -4 1529.9 2835.9 cm /R44 9.96264 Tf [(&)-1.90592]TJ /IM true [(x)-6.87067]TJ 1 0 0 1 398.16 674.04 Tm [(! ID [(E)5.86664(n)1.3483()1.3483(n)1.3483(,)-312.498(u)1.3483(n)-299.777(l)0.671944(�)-1.3336(g)-6.01515(e)-1.3336(r)-294.995(p)1.3483(r)-5.91517(o)-6.01515(b)1.3483(l)0.671944(�)-1.3336(m)2.02465(e)-290.414(d)1.3483(e)-302.459(r)-5.91517(�)-1.3336(g)-6.01515(u)1.3483(l)0.671944(a)-6.01515(t)3.35237(i)0.671944(o)-6.01368(n)-287.733(e)-1.33213(s)-3.1377(t)-297.773(a)-6.01368(b)-22.7432(o)-6.01368(r)-5.91369(d)1.34683(�)-290.412(e)-1.33213(t)-297.773(l)0.673414(a)-307.139(f)4.35514(o)-6.01368(n)1.34683(c)-1.33213(t)3.35237(i)]TJ /R46 9.96264 Tf 8.33333 0 0 8.33333 0 0 cm BT /BPC 1 q 1 0 0 1 209.16 153.84 Tm 10.8 0 Td [(R)1.25493]TJ [(p)1.34683(u)1.34683(i)0.673414(s)-388.578(e)-1.33213(n)-384.093(f)4.35514(o)-6.01368(n)1.34683(c)-1.33213(t)3.35237(i)0.673414(o)-6.01368(n)-372.048(d)1.34683(u)1.34683]TJ [()-169.565(`)-5.57552]TJ T*[(x)4.88446]TJ /W 1 252.6 0 Td 1 0 0 1 197.04 214.8 Tm 5.52 0 Td /R46 9.96264 Tf ET [(2)1.16367]TJ [(. /R21 9.96264 Tf T*[(F)1.57032]TJ 6.6 3.72 Td 1960.4 4388.2 l 31.08 6.72 Td /R42 11.9552 Tf 99.84 -23.04 Td EI Q /R21 9.96264 Tf q 4 0 0 -108 694.9 4890.9 cm [(I)-0.330458(l)-300.453(e)-1.33286(x)-2.33122(i)0.671944(s)-3.1377(t)3.3531(e)-302.458(d)1.3483(o)-6.01515(n)1.3483(c)-302.458(b)1.3483(i)0.671944(e)-1.3336(n)-311.822(u)1.3483(n)-299.777(p)-22.7417(o)-6.01515(i)0.671944(n)25.4383(t)-297.773(G)-311.567(p)-22.7417(o)-6.01515(u)1.3483(r)-307.04(l)0.671944(e)-1.3336(q)-2.33195(u)1.3483(e)-1.3336(l)-300.453(l)0.671944(e)-302.459(m)2.02318(o)-6.01368(m)2.02318(e)-1.33213(n)25.4368(t)-297.773(d)1.34683(u)-311.823(t)3.35237(o)-6.01368(r)-5.91369(s)-3.1377(e)-1.33213(u)1.34683(r)]TJ 2151.2 3860.2 l 272.28 0 Td /W 1 /R52 6.97385 Tf [(2)1.16367]TJ )0.673414]TJ 0.36 -4.8 Td ET /W 1 /H 1 ID BI )0.264661]TJ BI /R46 9.96264 Tf 1 0 0 1 55.8 321.48 Tm -256.08 -12 Td EI Q q 916 0 0 -4 1452.9 1766.9 cm /R46 9.96264 Tf /R12 8.96638 Tf [(r)5.33438]TJ 2016 - NH90 helicopter of the German Army, Photo : BUNDESWEHR h 12.72 0 Td [(C)-0.69988]TJ 6.96 1.44 Td 4.92 1.44 Td q 42 0 0 -4 1805.9 2976.9 cm q 728 0 0 -4 1596.9 2872.9 cm Guide de mécanique BTS - DUT - Licence - Classes prépas PTSI et TSI - Édition 2008 écrit par Jean-Louis FANCHON, éditeur NATHAN, livre neuf année 2009, isbn 9782091607115. /R46 9.96264 Tf [(m)2.02392(o)-6.01515(m)2.02392(e)-1.33286(n)25.4383(t)-333.907(e)-1.33286(s)-3.1377(t)-333.907(n)25.4383(u)1.3483(l)0.671944(,)0.671944]TJ /W 1 1 0 0 1 197.88 643.44 Tm ET -16.32 -15.36 Td [(r)5.33512]TJ /R19 9.96264 Tf [(g)-5.79901]TJ 0 0 0 1 k 4.68 0 Td 2162 3842 m [(=)-5.92546]TJ 1972 4154.6 l /R21 9.96264 Tf 7.2 -1.44 Td q q 4 0 0 -221 2444.9 3343.9 cm 1972 4207.6 l 12.36 0 Td q /R27 9.96264 Tf /IM true [(\()2.56133]TJ Q 1553 4034.8 m [(R)3.0562]TJ 2243 3763.6 l [(q)-2.33122(u)1.3483(e)-1.33286(u)1.3483(e)-1.33286(. [(f)6.15483(T)-250.97(g)-5.89017]TJ [(P)39.1286(a)4.82123(r)3.74495(t)1.44387(i)-5.85194(e)-388.466(I)2.379]TJ 5.52 0 Td [(=)-5.92546]TJ /BPC 1 [(C)-0.69988]TJ 43.56 0 Td [(i)0.673414(e)-1.33213(s)-292.218(d)1.34683(e)-302.457(p)1.34683(h)25.4368(y)-2.33195(s)-3.1377(i)0.673414(q)-2.33195(u)1.34683(e)-290.412(p)1.34683(u)1.34683(r)-5.91369(e)-302.457(�)-1.33213(t)3.35237(a)-6.01368(n)25.4368(t)3.35237]TJ [(R)3.0562]TJ 2210 3758.2 l Problèmes Sur une système automatisé de fabrication de dentelle (d’après sujet Banque PT SI1 2002) ,on a constaté une usure rapide des paliers D et E de guidage du coulisseau. 10.32 0 Td /W 1 q [(L)-1.49607(a)-246.915(p)-22.7417(o)-6.01515(r)-5.91443(t)3.3531(a)-6.01515(n)1.3483(c)-1.33286(e)-242.234(s)-3.1377(u)1.3483()2.02465(s)-3.1377(a)-6.01515(n)25.4383(t)3.35237(e)-242.234(p)-22.7417(o)-6.01515(u)1.3483(r)-258.86(a)-6.01515(s)-3.1377(s)-3.1377(u)1.3483(r)-5.91517(e)-1.3336(r)-234.77(l)0.671944(e)-254.279(d)1.3483(�)-1.33213(c)-1.33213(o)-6.01368(l)0.673414(l)0.673414(a)-6.01368(g)-6.01368(e)-230.187(c)-1.33213(o)-6.01368(m)2.02318(p)-22.7432(e)-1.33213(n)1.34683(s)-3.1377(e)-254.277(j)4.35514(u)1.34683(s)]TJ [(r)5.33438]TJ [( )777(! /IM true 2.52 -4.8 Td 4.56 1.44 Td 7.32 3.6 Td [(c)-1.3336(o)-6.01515(m)2.02465(p)-22.7417(e)-1.3336(n)1.3483(s)-3.1377(e)-326.547(l)0.673414(e)-338.592(p)-22.7432(o)-6.01368(i)0.673414(d)1.34683(s)-3.1377]TJ 8.33333 0 0 8.33333 0 0 cm BT /H 1 /R46 9.96264 Tf 266.88 0 Td [(z)-4.75507]TJ ET 7.44 0 Td Q /R46 9.96264 Tf [(I)-2.69562(. ID endobj [( )439.74( )451.785(! )0.671944(1)-6.01515(5)-487.815(U)3.02669(t)3.3531(i)0.671944(l)0.671944(i)0.671944(s)-3.1377(e)-1.33286(r)-343.174(u)1.3483(n)1.3483(e)-326.549(p)1.3483(a)-6.01515(r)-5.91517(t)3.35237(i)0.671944(e)-326.549(d)1.3483(e)-338.594(l)0.671944(')0.671944(i)0.671944(n)1.3483(�)-1.3336(g)-6.01515(a)-6.01515(l)0.671944(i)0.671944(t)3.35237(�)-326.549(o)-6.01515(b)1.3483(t)3.35237(e)-1.3336(n)25.4368(u)1.34683(e)-326.547(�)-343.274(l)0.673414(a)-331.229(q)-2.33195(u)1.34683(e)-1.33213(s)-3.1377(t)3.35237(i)0.673414(o)]TJ ID 1 0 0 1 328.2 18.48 Tm /R50 6.97385 Tf ET [(0)1.16367]TJ [(\()2.56133]TJ [(n)1.3483(a)-6.01515(i)0.671944(r)-5.91443(e)-1.33286(. -270.84 -12 Td Exercice n°9: Hélicoptère. 6.12 -3.6 Td [(p)1.34683(a)-6.01368(r)-379.309(l)0.673414(e)-374.727(r)-5.91369(o)-6.01368(t)3.35237(o)-6.01368(r)-367.264(d)1.34683(e)-1.33213]TJ 3- Ecrire le torseur cinétique, puis le torseur dynamique de 2 par rapport à 0 exprimé en G Exprimer ensuite le torseur dynamique de 2 par rapport à 0 en B 4- Appliquer le théorème du moment dynamique en B au solide 2 dans son mouvement par rapport à 0 , en … /BPC 1 7.92 6.84 Td /IM true 6.36 0 Td 1960.4 4388.2 l q 42 0 0 -4 2048.9 1610.9 cm 183.36 0 Td BI /BPC 1 /H 1 /IM true [(2)1.16367]TJ )0.673414]TJ Q [(\r)-3.51656]TJ /R27 9.96264 Tf Q 108.48 0 Td 2192.2 3789.2 l )0.264661]TJ ET … /W 1 Ecrire les torseurs des différentes actions mécaniques aux points concernés par ces actions mécaniques. 1972 4419.6 l q 3048 0 0 -5 530.9 258.9 cm [(K)-3671(P)3.27722(u)-4.63646(b)-4.63646(l)4.3718(i)4.3718(�)-345.938(d)-4.63646(a)5.19519(n)-4.63646(s)-330.783(l)4.3718(e)2.02906(s)3.8]TJ /R46 9.96264 Tf [(f)4.35514(o)-6.01368(r)-5.91369(c)-1.33213(e)-374.727(d)1.34683(e)-398.817(p)-22.7432(o)-6.01368(r)-5.91369(t)3.35237(a)-6.01368(n)1.34683(c)-1.33213(e)-386.772(p)1.34683(a)-6.01368(r)-5.91369]TJ (j)Tj q 42 0 0 -4 2268.9 504.9 cm 272.16 0 Td [(R)1.25567]TJ Q /BPC 1 ET /BPC 1 [(t)3.3531(e)-1.33286(n)1.3483(d)1.3483(a)-6.01515(n)1.3483(c)-1.33286(e)-386.773(�)-379.41(f)4.35514(a)-6.01515(i)0.671944(r)-5.91517(e)-374.729(t)3.35237(o)-6.01515(u)1.3483(r)-5.91517(n)1.3483(e)-1.3336(r)-367.265(l)0.671944(')0.671944(a)-6.01515(�)-1.3336(r)-5.91517(o)-6.01515(n)1.3483(e)-1.3336(f)-369.04(s)-3.1377(u)1.3483(r)-367.265(l)0.671944(u)1.3483(i)0.671944(-)-4.01108(m)2.02318(�)-1.33213(m)2.02318(e)-1.33213(. Q [(0)1.16367]TJ [(E)5.86664(x)-2.33122(p)1.3483(l)0.671944(i)0.671944(c)-1.33286(i)0.671944(t)3.3531(o)-6.01515(n)1.3483(s)-304.263(m)2.02465(a)-6.01515(i)0.671944(n)25.4383(t)3.35237(e)-1.3336(n)1.3483(a)-6.01515(n)25.4383(t)-285.728(a)-6.01515(u)-299.777(p)-22.7417(o)-6.01515(i)0.671944(n)25.4383(t)-285.728(O)-306.464(l)0.671944(e)-1.3336(s)-292.218(m)2.02465(o)-6.01515(m)2.02318(e)-1.33213(n)25.4368(t)3.35237(s)-292.218(a)-6.01368(s)-3.1377(s)-3.1377(o)-30.1037(c)-1.33213(i)0.673414(�)-1.33213(s)-280.173(�)-295.094(l)0.673414(a)-307.139(p)]TJ [(1)-5.89017]TJ 2.4 -4.8 Td 5.64 -1.44 Td

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