question archive (a) Consider the equilibrium of H2O(I) and H2O(g): H2O(I) = H2O(g) Calculate the partial pressure of water vapour at 1 bar and 25°C assuming that the vapour can be treated as an ideal gas (b) Find DG for the isothermal compression of 0
(a) Consider the equilibrium of H2O(I) and H2O(g): H2O(I) = H2O(g) Calculate the partial pressure of water vapour at 1 bar and 25°C assuming that the vapour can be treated as an ideal gas (b) Find DG for the isothermal compression of 0
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(a) Consider the equilibrium of H2O(I) and H2O(g):
H2O(I) = H2O(g)
Calculate the partial pressure of water vapour at 1 bar and 25°C assuming that the vapour can be treated as an ideal gas
(b) Find DG for the isothermal compression of 0.015 kg CCl4(g) from a pressure of 0.2 atm to 2 atm at 306 K (assume ideal gas behaviour).
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