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The reference standard for all of our functions is 1 bar. This problem has you compute...

The reference standard for all of our functions is 1 bar. This problem has you compute values at the old standard of 1 atm in order to assess the difference when producing new standard tables. Consider the vaporization of water at 25 degrees Celsius. Treat the vapor as ideal.

H2O(l) to H2O(g)

Thermodynamic Values at 1 bar standard.

H(l) = -285.83 kJ/mol H(g) = -241.82 kJ/mol

S(l) = 69.91 J/mol-K S(g) = 188.83 J/mol-K

a.)Calculate the equilibrium constant for this process and theequilibrium vapor pressureof water in torr.

b.)Calculate the enthalpy change upon changing the pressure from 1 bar to 1 atm.

c.)Calculate the entropy change upon changing the pressure from 1 bar to 1 atm.

Solutions

Expert Solution

b.)Calculate the enthalpy change upon changing the pressure from 1 bar to 1 atm.

c.)Calculate the entropy change upon changing the pressure from 1 bar to 1 atm.

a.)Calculate the equilibrium constant for this process and the equilibrium vapor pressure of water in torr.

For equilibrium constant:

queen_honey_blossom answered 2 years ago

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