Question

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Answer 1

✔✔Here is your answer in the attachment ✔✔

Answer 2

If we know the partial pressures for each component at equilibrium, where the partial pressure of \text A(g)A(g)A, left parenthesis, g, right parenthesis is abbreviated as \text P_\text AP

A

P, start subscript, A, end subscript, then the expression for K_\text pK

p

K, start subscript, p, end subscript for this reaction is

K_\text p =\dfrac{(\text P_{\text C})^c (\text P_{\text D})^d}{(\text P_{\text A})^a (\text P_{\text B})^b}.