Q [(1)1.16367]TJ [(\()-1.07125(g)1.47034(\))-1.07125]TJ 8.33333 0 0 8.33333 0 0 cm BT EI Q 118.32 0 Td EI Q 2075 4654.38 2069.63 4649 2063 4649 c q 1 0 0 1 339.6 18.48 Tm /R59 9.96264 Tf a) Le 3 avril 2007, un TGV a atteint 574,8 km/h lors de l'opération V150. /R59 9.96264 Tf /W 1 1875 4924.6 l 1293.73 2017.42 l Q Q 2108.11 1934.63 l 1 0 0 1 98.4 439.2 Tm (:)Tj ID 1833.68 1970.86 l 1445.35 1938.73 l [(s)-3.1377(o)-6.01515(n)-323.867(p)-22.7417(o)-6.01515(i)0.671944(d)1.3483(s)-3.1377]TJ 24.36 -1.44 Td 46 0 R]/Contents 38 0 R 2184.4 4731.6 l 2226.37 1925.22 l 1411.23 1949.1 l BI Q 1547.69 1918.1 l 0 0 1 rg 8.28 1.44 Td 1582 2049.52 l /R27 9.96264 Tf /W 1 2660.76 1904.5 l /R63 6.97385 Tf Please refresh the page and try again. /R59 9.96264 Tf [(=)-5.92546]TJ q 12 0 obj BI 9.96 0 Td [(i)0.673414(b)1.34683(l)0.673414(e)-1.33213(,)-312.497(s)-3.1377(i)-324.542(b)1.34683(i)0.673414(e)-1.33213(n)-335.913(q)-2.33195(u)1.34683(e)-1.33213]TJ 7.44 -1.44 Td ID /R59 9.96264 Tf 1551.67 2066.03 l /W 1 Q /BPC 1 1325.95 1990.86 l [(=)-5.92546]TJ [(p)1.3483(a)-6.01515(r)-5.91443(a)-6.01515(b)-22.7417(o)-6.01515(l)0.671944(i)0.671944(q)-2.33122(u)1.3483(e)-1.33286(. [(n)0.506216]TJ [(g)-6.01368(e)-1.33213(n)1.34683(d)1.34683(r)-5.91369(a)-6.01368(n)25.4368(t)-321.863(r)-5.91369(e)-1.33213(s)-3.1377(p)-22.7432(e)-1.33213(c)-1.33213(t)3.35237(i)0.673414(v)21.758(e)-1.33213(m)2.02318(e)-1.33213(n)25.4368(t)3.35237]TJ /H 1 1318.18 2381.93 l EI Q 1354.38 1973.48 l /R61 6.97385 Tf <> 1875 4767 m [(t)-1.07125(r)-1.07125(a)1.47034(i)-3.60443(n)-5.86875]TJ /R61 6.97385 Tf EI Q Q 9.72 0 Td 1560.77 2060.81 l BI 6.12 TL q 4 0 0 -100 672.9 2226.9 cm /R19 9.96264 Tf /R33 9.96264 Tf 1367.64 1966.75 l /BPC 1 4.32 -0.36 Td 1682.25 1903.18 l [()-5.89017]TJ 2120.05 1884.39 l BI /IM true 1312.68 2000.73 l q 2523 0 0 -4 793.9 2602.9 cm /R86 9.96264 Tf /R27 8.55293 Tf -268.08 -12 Td /W 1 262.92 0 Td /R82 9.96264 Tf 2.76 0 Td )0.671944]TJ [(2)-5.89017(4)-5.89017(1)-5.89017]TJ 2088.78 1885.11 l 2224.1 1925.38 l BI /R21 8.55293 Tf Visit our corporate site. 24 0 obj 2381.02 1915.93 l q BI Future US, Inc. 11 West 42nd Street, 15th Floor, )0.264661]TJ /R35 8.96638 Tf /H 1 /W 1 2722.73 1876.65 l [(\()2.55986]TJ ET 1250.14 2073.29 l 13.44 0 Td 4.56 -3.6 Td 2092.19 1936.1 l 1451.98 1936.98 l 2738.09 1902.14 l EI Q 8.33333 0 0 8.33333 0 0 cm BT 1.32 -7.32 Td ID EI Q 9.96 0 Td /R61 6.97385 Tf /W 1 Q /R59 9.96264 Tf endobj [(C)-0.657241(e)-230.188(s)-3.1377(u)1.3483(j)4.35514(e)-1.33286(t)3.3531(,)-240.228(i)0.671944(n)25.4383(t)3.35237(i)0.671944(t)3.35237(u)1.3483(l)0.671944(�)-242.234()-191.372(M)1.02188(o)-6.01515(t)3.35237(o)-6.01515(r)-5.91517(i)0.671944(s)-3.1377(a)-6.01515(t)3.35237(i)0.671944(o)-6.01515(n)-215.462(e)-1.3336(t)-237.548(r)-5.91517(e)-1.3336(s)-3.1377(s)-3.1377(o)-6.01368(u)1.34683(r)-5.91369(c)-1.33213(e)-206.097(�)-1.33213(n)1.34683(e)-1.33213(r)-5.91369(g)-6.01368(�)-1.33213(t)3.35237(i)0.673414(q)-2.33195(u)1.34683(e)]TJ 8.88 0 Td q 105 0 0 -4 530.9 4882.9 cm 52 0 obj 2324.17 1919.03 l /BPC 1 Ethanoate de méthyle :3.2. q 4 0 0 -100 767.9 1899.9 cm /R17 9.96264 Tf 4.32 -0.36 Td 1384.89 2232.18 l /R27 8.55293 Tf )0.264661]TJ [( )-5.92546]TJ [(p)1.34683(l)0.673414(i)0.673414(c)-1.33213(i)0.673414(t)3.35237(e)-1.33213(m)2.02318(e)-1.33213(n)25.4368(t)-418.223(a)-6.01368(p)1.34683(p)-22.7432(e)-1.33213(l)-432.947(�)-415.544(l)0.673414(a)-6.01368]TJ /W 1 /R59 9.96264 Tf 1676.57 1903.65 l /R21 8.55293 Tf [(4)1.16367]TJ 1867.04 1892.2 l 1299.98 2442.13 l [(m)2.02392(o)-6.01515(i)0.671944(n)1.3483(s)-292.218(d)1.3483(e)-290.413(1)-295.095(m)-287.055(v)21.758(o)-6.01515(i)0.671944(r)-5.91517(e)-278.369(q)-2.33195(u)1.3483(e)-1.3336(l)0.671944(q)-2.33195(u)1.3483(e)-1.3336(s)-292.218(c)-1.3336(e)-1.3336(n)25.4383(t)3.35237(a)-6.01515(i)0.671944(n)1.3483(e)-1.3336(s)-292.218(d)1.34683(e)-290.412(m)2.02318(�)-1.33213(t)3.35237(r)-5.91369(e)-1.33213(s)-3.1377(,)-288.407(p)1.34683(a)-6.01368(s)-3.1377(s)-3.1377(a)-6.01368(g)-6.01368(e)-266.322(d)1.34683(')0.673414(u)1.34683(n)]TJ BI /R33 9.96264 Tf 1568.54 1915.14 l /R21 9.96264 Tf /BPC 1 [(s)-3.1377(o)-6.01515(u)1.3483(s)-328.353(f)4.35514(o)-6.01515(r)-5.91443(m)2.02392(e)-326.548(d)1.3483(e)-338.594(c)22.7564(h)1.3483(a)-6.01515(l)0.671944(e)-1.3336(u)1.3483(r)-5.91517(. 114 0 obj 1473.78 1931.7 l 212.52 0 Td /IM true ID 1372.76 2253.41 l 8.33333 0 0 8.33333 0 0 cm BT 2075 4661 m 1 0 0 1 66.36 674.28 Tm /H 1 /IM true five times daily. /R21 9.96264 Tf /R14 7.97011 Tf [(=)-5.92546]TJ 6.24 0 Td And the real value is hidden below the heat spreader – the memory modules use Samsung B-die ICs. /BPC 1 9.96 7.32 Td EI Q 67 0 obj /R33 9.96264 Tf [(=)-282.96(6)-5.89017]TJ 8.33333 0 0 8.33333 0 0 cm BT ET 1493.68 1927.46 l /R59 9.96264 Tf (;)Tj [(R)1.25493]TJ 2.36953 0 Td /IM true EI Q 2062.6 4519.8 l BI endobj ID /R44 9.96264 Tf EI Q 11.76 22.8 Td endobj q q 0.12 0 0 0.12 0 0 cm 71 0 R]/Contents 59 0 R 2064.9 1938.75 l ID 1952.32 1888.96 l 1266.25 2049 l 1 0 0 1 87 221.4 Tm ET 1803.36 1976.94 l ET )0.673414]TJ /IM true 1354.57 2289.5 l 1996.67 1946.23 l -174.439 35.1877 Td ID 1 0 0 1 149.16 18.48 Tm 7.8 1.44 Td /R21 9.96264 Tf [(M)1.12113(o)2.07736(t)-3.96684(o)2.07685(r)-1.02209(i)4.10672(s)-0.917937(a)91.128(t)-3.96684(i)4.10672(o)2.07685(n)-397.928(e)-2.32905(t)-397.101(r)-1.02209(e)-2.32905(s)-0.918958(s)-0.918958(o)2.07685(u)-2.83856(r)32.4372(c)0.486027(e)-395.464(�)-2.33007(n)3.57168(e)-2.33007(r)32.4372(g)-2.17487(�)-2.33007(t)-3.96786(i)4.10672(q)2.07685(u)-2.83856(e)-2.33007]TJ 6.24 0 Td [(T)6.05452(�)1.64678(l)4.40938(�)1.64678(c)1.64188(h)-4.59889(a)25.2865(r)3.0338(g)5.19519(�)-359.703(g)5.19519(r)3.0338(a)-1.48014(t)-3.68238(u)-4.59889(i)4.40938(t)-3.68238(e)1.64678(m)-0.227085(e)1.64678(n)-4.60052(t)-338.266(s)5.76699(u)-4.60052(r)3.03216]TJ As future technicians, do you think that safety should be 2122.89 1884.33 l 8.33333 0 0 8.33333 0 0 cm BT [(\))2.56046]TJ 160.68 7.44 Td /IM true 1592.61 2044.29 l 1 j 5.04 0 Td 10.68 1.44 Td ET Ainsi, lorsque le vaisseau sillera, poussé par la rame ou par le vent, les aubes qui sont aux roues, trouvant dans l'eau une force qui les repousse avec violence, imprimeront aux roues un mouvement de rotation. EI Q Q /IM true -291.96 -15.36 Td /R59 9.96264 Tf • La traction ferroviaire est abordée dans une courte deuxième partie à travers le problème du maintien du contact électrique entre une caténaire et le panto-graphe d’une rame de TGV. /R44 9.96264 Tf 2483.93 1878.77 l 3.6 -1.44 Td 2021.69 1943.34 l 2160.4 4726.8 l [(3)-5.89017]TJ The abrasion-resistant topcoat offers selfleveling properties [(s)-3.1377(i)0.673414(m)2.02318(p)1.34683(l)0.673414(e)-1.33213(m)2.02318(e)-1.33213(n)25.4368(t)3.35237]TJ 4.44 0 Td 2587.98 1906.99 l /R38 8.96638 Tf /R44 9.96264 Tf 7.68 1.44 Td 2442.43 1912.94 l 1 0 0 1 143.893 214.653 Tm 1607.39 1910.36 l [(1)1.16367]TJ 1 0 0 1 54.96 674.28 Tm [(e)-4.75507]TJ [(t)2.56133(a)-5.89017(n)0.929253]TJ [(2)1.16367]TJ q 5.52 3.6 Td (;)Tj [(e)-1.33213(n)1.34683(c)-1.33213(o)-6.01368(r)-5.91369(e)-1.33213]TJ 1484.2 1929.42 l 1319.7 2377.4 l [(P)-6.56505(V)3.20975]TJ 2472 1911.61 l BI 8.33333 0 0 8.33333 0 0 cm BT -267.36 -11.88 Td -328.56 -12 Td )0.671944]TJ /IM true 7 0 obj 6.6 0 Td Les conditions expérimentales envisagées n'agissent donc que sur la cinétique, pas l'équilibre du système.La courbe (a) est celle dont la cinétique est la moins bonne. 1 0 0 1 255.132 329.019 Tm 1698.74 2003.52 l 8.33333 0 0 8.33333 0 0 cm BT ET 4 0 R Q 1549.59 1917.82 l 8.33333 0 0 8.33333 0 0 cm BT /W 1 BI /H 1 1 j [(d)1.3483(�)-1.33286(r)-5.91443(e)-1.33286(r)-427.489(q)-2.33122(u)1.3483(e)-422.908(l)0.671944(e)-1.33286(s)-436.758(f)4.35514(r)-5.91517(o)-6.01515(t)3.35237(t)3.35237(e)-1.3336(m)2.02465(e)-1.3336(n)25.4383(t)3.35237(s)-424.713(\()3.35237(n)1.3483(o)-6.01515(t)3.35237(a)-6.01515(m)2.02465(m)2.02465(e)-1.3336(n)25.4383(t)-430.268(a)-6.01515(u)-420.228(n)1.34683(i)0.673414(v)21.758(e)-1.33213(a)-6.01368(u)-420.228(d)1.34683(u)-420.228(p)-22.7432(o)-6.01368(i)0.673414(n)25.4368(t)-430.268(d)1.34683(')0.673414(a)-6.01368(c)]TJ [(�)3.27722(d)-4.63565(i)4.3718(t)-1.9098(i)4.3718(o)5.19519(n)-4.63565(s)-357.549(H)-5.74493]TJ /R19 9.96264 Tf 1 0 0 1 120.175 354.259 Tm [(s)-3.1377(u)1.34683(l)0.673414(t)3.35237(a)-6.01368(t)3.35237(s)-3.1377(. [(p)1.34683(a)-6.01368(r)-403.399(u)1.34683(n)1.34683(e)-410.862(r)-5.91369(a)-6.01368(m)2.02318(e)-398.817(T)-0.65577(G)1.60267(V)3.02595]TJ q BI [(u)1.34683(l)0.673414(�)-1.33213(e)-254.277(s)-3.1377(u)1.34683(r)-246.814(c)22.7579(h)1.34683(a)-6.01368(c)-1.33213(u)1.34683(n)-251.598(d)1.34683(e)-1.33213(s)-256.083(i)0.673414(n)25.4368(t)3.35237(e)-1.33213(r)-5.91369(v)57.893(a)-6.01368(l)0.673414(l)0.673414(e)-1.33213(s)-3.1377]TJ /IM true -260.4 -12 Td 41 0 R /R17 9.96264 Tf 6.6 0 Td 9.96 0 Td 1 0 0 1 166.2 382.08 Tm [(l)-5.85194(i)-5.85194(b)-35.7909(�)-3.02595(r)3.74642(e)-3.02595(r)-562.369(p)0.344059(l)-5.85194(u)0.344059(s)-570.326(d)0.344059(')-5.85194(�)-3.02595(n)0.344059(e)-3.02595(r)3.74642(g)-3.29944(i)-5.85194(e)-569.141(p)0.344059(a)4.81976(r)-586.459(m)-5.502(o)-3.29944(l)-5.85194(e)-569.141(d)0.344059(e)-3.02595]TJ [(l)0.671944(')0.671944(a)-6.01515(c)-1.33286(c)-1.33286(�)-1.33286(l)0.671944(�)-1.33286(r)-5.91517(a)-6.01515(t)3.35237(i)0.671944(o)-6.01515(n)-311.822(d)1.3483(u)-335.912(t)3.35237(r)-5.91517(a)-6.01515(i)0.671944(n)1.3483(\))-165.278(;)0.671944]TJ 42 0 R 15.6 0 Td 1 0 0 1 87 293.16 Tm 53 0 R]/Contents 44 0 R q 51 0 obj 8.33333 0 0 8.33333 0 0 cm BT BI /W 1 /W 1 /H 1 [(d)1.3483(')0.671944(u)1.3483(n)1.3483(e)-422.908(r)-5.91443(o)-6.01515(u)1.3483(e)-1.3336(. q 180 0 0 -4 1872.9 4353.9 cm ID S BI 1 0 0 1 54.96 674.28 Tm 2074 1937.85 l 1489.89 1928.23 l q 981 0 0 -4 1564.9 2840.9 cm 1252.04 2070.14 l 2251 4660.8 l /IM true /BPC 1 q 1330.31 2347.54 l BI 2296.88 1920.63 l q 3048 0 0 -5 436.9 252.9 cm [(E)5.86664(n)-504.542(p)1.3483(l)0.671944(u)1.3483(s)-496.983(d)1.3483(e)-507.224(l)0.671944(i)0.671944(m)2.02465(i)0.671944(t)3.35237(e)-1.3336(r)-511.805(l)0.671944(e)-1.3336(s)-496.983(�)-1.3336(m)2.02465(i)0.671944(s)-3.1377(s)-3.1377(i)0.671944(o)-6.01515(n)1.3483(s)-496.983(e)-1.33213(n)-492.498(d)1.34683(i)0.673414(o)18.0763(x)-2.33195(y)-2.33195(d)1.34683(e)-495.177(d)1.34683(e)-507.222(c)-1.33213(a)-6.01368(r)-5.91369(b)-22.7432(o)-6.01368(n)1.34683(e)-1.33213(,)-481.127(l)0.673414(e)-507.222(G)1.60267(P)5.86664(L)]TJ 37 0 obj [(c)1.64228]TJ [(s)-3.1377(o)-6.01515(i)0.671944(t)3.3531]TJ [( )777(! BI 1315.14 2391.19 l [(m)2.02392(i)0.671944(s)-3.1377(e)-314.503(�)-319.185(s)-3.1377(o)-6.01515(n)-311.822(p)-22.7417(o)-6.01515(i)0.671944(d)1.3483(s)-3.1377]TJ 12.84 1.44 Td /H 1 1 0 0 1 136.92 623.64 Tm Q 2396.95 1915.13 l [(2)-6.01515(0)-499.86(E)5.86664(x)-2.33122(p)1.3483(r)-5.91443(i)0.671944(m)2.02392(e)-1.33286(r)-415.444(l)0.671944(a)-427.59(l)0.671944(o)-6.01515(i)-432.948(d)1.3483(e)-422.909(N)3.02595(e)-1.3336(r)-5.91517(n)1.3483(s)-3.1377(t)-418.223(�)-427.59(c)22.7564(h)1.3483(a)-6.01515(q)-2.33195(u)1.3483(e)-422.909(�)-1.3336(l)0.671944(e)-1.3336(c)-1.33213(t)3.35237(r)-5.91369(o)-30.1037(d)1.34683(e)-1.33213(,)-408.857(e)-1.33213(n)-432.273(p)1.34683(r)-5.91369(e)-1.33213(n)1.34683(a)-6.01368(n)25.4368(t)-406.178(s)-3.1377(o)]TJ [(T)2.32926(r)1.0035(a)-2.67111(j)4.77859(e)2.12586(t)-416.468(e)2.12586(n)-414.236(l)3.01174(i)2.11238(g)2.24962(n)-2.69807(e)-419.45(d)-4.26398(r)31.1148(o)4.21252(i)2.11238(t)-4.93053(e)2.12464]TJ q 633 0 0 -4 1738.9 4394.9 cm 1562.29 2059.97 l [(V)3.20975]TJ 2680.09 1876.97 l 4.32703 0 Td q : acide formique : n=0,20 mol butan-1-ol : n=0,20 mol.Rq : il n'y a que 2 chiffres significatifs (c.s.) [(2)1.16367]TJ S [()-5.89017]TJ 56.88 0 Td [( )-2.77264]TJ )0.671944]TJ [()1.25567]TJ [(1)-6.01368]TJ /R59 9.96264 Tf /H 1 0 j 8.33333 0 0 8.33333 0 0 cm BT q 3.434 0 0 -103.02 3576.01 3025.05 cm 2.76 0 Td 1433.41 2164.35 l 76 0 obj 574,8 x 1 000 / 3 600 = environ 160 m/s. [(t)-1.07125(e)-8.40193]TJ [(=)-331.14(4)-174.52(H)3.21122]TJ 254.16 0 Td 4.92 0 Td 266.28 0 Td 1992.12 1946.77 l [(q)-2.33195(u)1.3483(i)-336.588(t)3.35237(r)-5.91517(a)18.0749(v)21.758(e)-1.3336(r)-5.91517(s)-3.1377(e)-302.459(l)0.671944(e)-1.3336(s)-328.353(m)2.02465(o)-6.01515(t)3.35237(r)-5.91517(i)0.673414(c)-1.33213(e)-1.33213(s)-3.1377(. 1971.65 1949.31 l 1285.2 2026.14 l ET /W 1 Physique chimie : exercices de base permettant de. [(1)1.16367]TJ 1 0 0 1 80.16 576.12 Tm Ratio de maintenance annuel de la rame R (à 0,0001 près) X 0.1224 Le rendement est donc de 0,13/0,20 = 0,65 = 65 %2.4. 1416.73 2185.04 l Receive mail from us on behalf of our trusted partners or sponsors? 1437.96 2159.11 l 1612.32 2035.24 l 1790.28 1895.94 l 18.72 0 Td 8.33333 0 0 8.33333 0 0 cm BT EI Q q 4 0 0 -99 672.9 2923.9 cm -324.36 -12 Td EI Q 159.24 0 Td 1818.52 1973.82 l 2137.68 1932.04 l <> 1390.39 1956.8 l [(&)-1.90592]TJ 149.28 -16.8 Td q 3.434 0 0 -103.02 1307 2813.86 cm 22.2 6.84 Td ID 10 0 obj 2599.36 1906.58 l BI 2562.96 1907.91 l 2563.54 1877.97 l EI Q [(\()3.3531(e)-1.33286(n)1.3483(s)-3.1377(e)-1.33286(i)0.671944(g)-6.01515(n)1.3483(a)-6.01515(n)25.4383(t)3.3531(-)-4.01034(c)22.7571(h)1.3483(e)-1.3336(r)-5.91517(c)22.7564(h)1.3483(e)-1.3336(u)1.3483(r)-294.995(�)-307.14(l)0.671944(')0.671944(u)1.3483(n)1.3483(i)0.671944(v)21.758(e)-1.3336(r)-5.91517(s)-3.1377(i)0.671944(t)3.35237(�)-1.3336(\))-165.278(;)-312.498(i)0.671944(l)-312.498(a)-307.14(�)-1.33213(t)3.35237(�)-326.547(r)-5.91369(e)-1.33213(l)0.673414(u)-299.778(p)1.34683(a)-6.01368(r)-307.039(A)3.02595(l)]TJ BI EI Q 10.44 6.96 Td /R27 9.96264 Tf Le calcul est donc cohérent.4. [(u)1.34683(r)-5.91369(,)-481.127(l)0.673414(e)-483.132(r)-5.91369(a)-6.01368(p)1.34683(p)-22.7432(o)-6.01368(r)-5.91369(t)-466.403(d)1.34683(e)-1.33213(s)-3.1377]TJ 1387.38 1877.58 1399.25 1887.3 1400.32 1893.77 c [(s)-3.1377(q)-2.33195(u)1.34683(')0.673414(i)0.673414(l)-420.902(s)-3.1377(')0.673414(a)-6.01368(g)-6.01368(i)0.673414(t)-394.133(s)-3.1377(e)-1.33213(u)1.34683(l)0.673414(e)-1.33213(-)-4.01108]TJ /R67 6.97385 Tf BI /R61 6.97385 Tf 1436.44 2160.84 l /R33 9.96264 Tf /W 1 /R42 11.9552 Tf /R33 9.96264 Tf /H 1 1504.1 1925.43 l [(t)3.3531(i)0.671944(o)-6.01515(n)-287.732(d)1.3483(e)-302.459(r)-5.91517(�)-1.3336(a)-6.01515(c)-1.3336(t)3.35237(i)0.671944(o)-6.01515(n)1.3483(,)-288.408(n)1.3483(o)-6.01515(t)3.35237(a)-6.01515(m)2.02465(m)2.02465(e)-1.3336(n)25.4383(t)-297.773(p)-22.7417(o)-6.01515(u)1.3483(r)-294.995(c)-1.33213(a)-6.01368(l)0.673414(c)-1.33213(u)1.34683(l)0.673414(e)-1.33213(r)-294.994(d)1.34683(e)-1.33213(s)-304.263(g)-6.01368(r)-5.91369(a)-6.01368(n)1.34683(d)1.34683(e)-1.33213(u)1.34683(r)-5.91369(s)-280.173(t)3.35237(h)1.34683(e)]TJ 8.33333 0 0 8.33333 0 0 cm BT [()-5.89017]TJ /R21 9.96264 Tf 1530.63 1920.77 l <> 2262.76 1922.77 l q 3048 0 0 -5 530.9 258.9 cm /IM true [(s)-3.1377(s)-3.1377(e)-350.637(e)-1.33213(s)-3.1377(t)-370.043(l)0.673414(a)-367.364(p)1.34683(l)0.673414(u)1.34683(s)-376.533(i)0.673414(m)2.02318(p)-22.7432(o)-6.01368(r)-5.91369(-)-4.01108]TJ 2.76 0 Td EI Q [(H)3.20975]TJ /H 1 [(=)-5.89017]TJ 1478.89 2118.26 l 8.33333 0 0 8.33333 0 0 cm BT /R12 8.96638 Tf q 981 0 0 -4 1564.9 2699.9 cm /R19 9.96264 Tf 1252.98 2670.43 l 1388.49 1957.57 l [(3)1.16367]TJ [( )-5.92546]TJ 24.48 -1.44 Td 2146.77 1931.28 l 14.04 1.8 Td [([)-168.646(7)-5.88991(0)-174.517(;)-168.646(9)-5.88991(5)-174.517(])]TJ ID 1274.21 2550.99 l /H 1 /IM true 1405.55 1951.09 l 1509.22 2093.92 l /IM true 2008.04 1944.89 l 9.96 0 Td Q [(. Q On the other hand, AMD’s Zen-based architectures are affected much more by memory speeds. [( )-5.92546]TJ BI /R67 6.97385 Tf 1513.77 2090.61 l But if you don’t care so much about squeezing the best performance possible from your hardware, DDR4-2133 memory should be drop-in compatible with any modern PC platform. 1284.25 2027.16 l /R33 9.96264 Tf /H 1 1875 4936 m 1815.87 1894.59 l m . ET Calcule la vitesse atteinte en m/s et explique le terme "V150". 272.4 0 Td /R21 9.96264 Tf /W 1 /H 1 /R14 7.97011 Tf /R27 9.96264 Tf ID 264 0 Td [(t)3.3531(e)-1.33286(m)2.02392(p)-22.7417(�)-1.33286(r)-5.91443(a)-6.01515(t)3.3531(u)1.3483(r)-5.91443(e)-326.548(d)1.3483(e)-326.549(t)3.35237(r)-5.91517(a)18.0749(v)57.893(a)-6.01515(i)0.671944(l)-324.543(n)1.3483(')0.671944(e)-1.3336(s)-3.1377(t)-333.908(p)1.3483(a)-6.01515(s)-328.353(d)1.3483(e)-326.549(2)-6.01515(9)-6.01515(8)-319.185(K)-5.34026(. En poursuivant votre navigation sur ce site, vous acceptez l’utilisation de Cookies vous proposant des publicités adaptées à vos centres d’intérêts. -264.36 -12 Td Q [(q)-2.33122(u)1.3483(')0.671944(o)-6.01515(n)-384.092(r)-5.91443(e)-1.3336(s)-3.1377(t)3.35237(r)-5.91517(e)-1.3336(i)0.671944(n)25.4383(t)-370.043(v)21.758(o)-6.01515(l)0.671944(o)-6.01515(n)25.4383(t)3.35237(a)-6.01515(i)0.671944(r)-5.91517(e)-1.3336(m)2.02465(e)-1.3336(n)25.4383(t)-357.998(l)0.671944(a)-391.455(p)1.3483(r)-5.91517(�)-1.33213(c)-1.33213(i)0.673414(s)-3.1377(i)0.673414(o)-6.01368(n)-372.048(s)-3.1377(u)1.34683(r)-5.91369]TJ 2237.75 1924.43 l q 38.16 -28.08 Td Quelle durée de vie au LHC4.1. [(m)2.02318(e)-507.222(u)1.34683(n)-516.588(g)-6.01368(a)-6.01368(z)-507.222(p)1.34683(a)-6.01368(r)-5.91369(f)4.35514(a)-6.01368(i)0.673414(t)3.35237]TJ /R19 9.96264 Tf /BPC 1 BI BI 269.52 0 Td 1 0 0 1 230.16 674.04 Tm (;)Tj /BPC 1 Q /R21 9.96264 Tf [(\()2.56133(C)-0.69988(H)3.21122]TJ /R31 6.97385 Tf 252.48 0 Td 2126.3 1933.02 l c⇒γ =7,45.10 ⇒ Ec =1,12.10 Jmax max maxEcmaxOr =15,6 L'énergie cinétique est donc bien multipliée par 15.Ec 0Remarque, il n'était pas nécessaire de calculer l’énergie cinétique intiale, celle-ci était donnée égale à450 GeV.

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