10. Calculate the free energy change for the reaction shown below at 10 degree Farenheit. 12C5 + 3 Brg --> 9 CBr15 SUBSTANCE ENTHALPY ENTROPY C5 673 kj/mol 220 kj/ mol 251 j/ mol 100j/ mol Brg CBr15 381 kj/mol 617 j/mol O A. Hrxn = -5307 kj/mol, Snxn = 2.21 kj/ mol, t= 261 K, Delta G= -5789.63kj/mol, Spontaneous O B. Hrxn = -5307 kj/mol, Srxn = 2.34 kj/ mol, t= 261 K, Delta G= -5791.64 kj/mol, Spontaneous Hrxn = -5157 kj/mol, Snxn = 2.22 kj/ mol, t= 261 K, Delta G= 5891.64 kj/mol, Non Spontaneous OD. Hrxn = -5307 kj/mol, Srxn = 2.24 kj/ mol, t= 261 K, Delta G= -5891.64 kj/mol, Spontaneous

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10. Calculate the free energy change for the reaction shown below at 10 degree Farenheit.
12C5 + 3 Brg --> 9 CBr15
SUBSTANCE
ENTHALPY
ENTROPY
C5
673 kj/mol
220 kj/ mol
251 j/ mol
100j/ mol
Brg
CBr15
381 kj/mol
617 j/mol
O A.
Hrxn = -5307 kj/mol, Snxn = 2.21 kj/ mol, t= 261 K, Delta G= -5789.63kj/mol, Spontaneous
O B.
Hrxn = -5307 kj/mol, Srxn = 2.34 kj/ mol, t= 261 K, Delta G= -5791.64 kj/mol, Spontaneous
Hrxn = -5157 kj/mol, Snxn = 2.22 kj/ mol, t= 261 K, Delta G= 5891.64 kj/mol, Non Spontaneous
OD.
Hrxn = -5307 kj/mol, Srxn = 2.24 kj/ mol, t= 261 K, Delta G= -5891.64 kj/mol, Spontaneous
Transcribed Image Text:10. Calculate the free energy change for the reaction shown below at 10 degree Farenheit. 12C5 + 3 Brg --> 9 CBr15 SUBSTANCE ENTHALPY ENTROPY C5 673 kj/mol 220 kj/ mol 251 j/ mol 100j/ mol Brg CBr15 381 kj/mol 617 j/mol O A. Hrxn = -5307 kj/mol, Snxn = 2.21 kj/ mol, t= 261 K, Delta G= -5789.63kj/mol, Spontaneous O B. Hrxn = -5307 kj/mol, Srxn = 2.34 kj/ mol, t= 261 K, Delta G= -5791.64 kj/mol, Spontaneous Hrxn = -5157 kj/mol, Snxn = 2.22 kj/ mol, t= 261 K, Delta G= 5891.64 kj/mol, Non Spontaneous OD. Hrxn = -5307 kj/mol, Srxn = 2.24 kj/ mol, t= 261 K, Delta G= -5891.64 kj/mol, Spontaneous
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