32. Solution to Chemistry Problem
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Task 1. Topic: Thermodynamic calculations
1. At temperature T, K and pressure P = 1 bar, calculate:
change in enthalpy 〖∆H〗_298^o, change in entropy 〖∆S〗_298^o, change in Gibbs energy 〖∆G〗_T^o by the Temkin-Schwartzman method and the equilibrium constant Kr. Assume the aggregate state of the reactants is gaseous.
2. Draw conclusions: in which direction will the equilibrium of the reaction shift:
a) with increasing temperature;
b) with increasing pressure.
Table 1.
Option No. Reaction T, K
7 n-C4H10↔СН2=СН-СН=СН2 2Н2 298,500,700,900
1. At temperature T, K and pressure P = 1 bar, calculate:
change in enthalpy 〖∆H〗_298^o, change in entropy 〖∆S〗_298^o, change in Gibbs energy 〖∆G〗_T^o by the Temkin-Schwartzman method and the equilibrium constant Kr. Assume the aggregate state of the reactants is gaseous.
2. Draw conclusions: in which direction will the equilibrium of the reaction shift:
a) with increasing temperature;
b) with increasing pressure.
Table 1.
Option No. Reaction T, K
7 n-C4H10↔СН2=СН-СН=СН2 2Н2 298,500,700,900
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