49. Solution to Chemistry Problem
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1. Using the Temkin-Schwartzman method, calculate ΔG at temperature T, draw a conclusion about the possibility of the process.
2. Derive the equation of the dependence ln Kp = f(T).
3. Find Kp at a given temperature T and equilibrium pressure P and the equilibrium yield if the starting materials are taken in stoichiometric proportions.
The variant number is given in Table 4.
Take the necessary data from Appendices 1 and 2.
variant Reaction Temperature, K P*10-5, N/m2
2 2H2 CO2 = CHOH H2O 500 4
2. Derive the equation of the dependence ln Kp = f(T).
3. Find Kp at a given temperature T and equilibrium pressure P and the equilibrium yield if the starting materials are taken in stoichiometric proportions.
The variant number is given in Table 4.
Take the necessary data from Appendices 1 and 2.
variant Reaction Temperature, K P*10-5, N/m2
2 2H2 CO2 = CHOH H2O 500 4
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