Entropi Vibrasi
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v (/cm) h (Js) c (cm/s) k (J/K) N (/mol) Ԑ (J) 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 50 100 150 200 250 300 350 400 450 500 550 0 2 4 6 8 10 12 0.0236500918895254 0.245762368921539 0.752854545713286 1.44443848395892 5.1803 Entropi (Vibrasi Cl Suhu (T) Entropi (Sm) J/(K mol)
description
Entropi molar terhadap suhu
Transcript of Entropi Vibrasi
v (/cm) h (Js) c (cm/s) k (J/K) N (/mol) Ԑ (J) βԐ560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 8.0664347826087560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 5.3776231884058560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 4.03321739130435560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 3.22657391304348560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 1.61328695652174560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 1.07552463768116560 6.626E-34 3E+10 1.38E-23 6.02E+23 1.113168E-20 0.80664347826087
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0.02365009188952540.2457623689215390.752854545713286
1.44443848395892
5.18037365416116
8.09191010992964
10.3143119629657
Entropi (Vibrasi Cl2) Vs Suhu
Suhu (T) K
Entr
opi (
Sm)
J/(K
mol
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U-U(0) (J/mol) T (K) q Sm [J/(K mol)] T (K)2.1041923455439 100 1.000314 0.0236500918895 10031.095367112072 150 1.00464 0.2457623689215 150120.86947147438 200 1.018037 0.7528545457133 200276.98993031523 250 1.041334 1.4444384839589 2501667.2805864465 500 1.248801 5.1803736541612 5003469.4100868903 750 1.517724 8.0919101099296 7505402.6151359854 1000 1.806207 10.314311962966 1000
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0.02365009188952540.2457623689215390.752854545713286
1.44443848395892
5.18037365416116
8.09191010992964
10.3143119629657
Entropi (Vibrasi Cl2) Vs Suhu
Suhu (T) K
Entr
opi (
Sm)
J/(K
mol
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TUGAS ENTROPI MOLAR BERBANDING SUHUTIA OKSELNI (1530412016)
v (/cm) h (Js) c (cm/s) k (J/K) N (/mol) Ԑ (J) βԐ U-U(0) (J/mol) T (K) q Sm [J/(K mol)] T (K)321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 4.623796 38.0775621332 100 1.009913 0.46272144241961 100321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 3.08253 184.556123559 150 1.048046 1.62022625421864 150321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 2.311898 422.415808334 200 1.109968 2.97882009476306 200321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 1.849518 717.087753692 250 1.18668 4.29027652488004 250321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 0.924759 2525.05306335 500 1.657349 9.2472685181075 500321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 0.616506 4506.17575339 750 2.173097 12.4562057379221 750321 6.626E-34 3E+10 1.38E-23 6.02E+23 6.381E-21 0.46238 6534.45321861 1000 2.70112 14.7894381645761 1000
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0.462721442419609
1.62022625421864
2.97882009476306
4.29027652488004
9.2472685181075
12.4562057379221
14.7894381645761
Entropi (Vibrasi Br2) Vs Suhu
Suhu (T) K
Entro
pi (S
m)
J/(K
mol
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