Consider the equilibrium 3O 2 (g) 2O 3 (g) a Using the Data tables, calculate K P at 298 K b Assuming that the extent of reaction at equilibrium eq is much less than 1, show that the degree of reaction defined as half the number of moles of O 3 (g) divided by the initial number moles of O 2 (g) pre...

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Consider the equilibrium 3O 2 (g) 2O 3 (g). a. Using the Data tables, calculate K

Question:

Consider the equilibrium 3O₂(g) ⇋ 2O₃(g).

a. Using the Data tables, calculate K_P at 298 K.

b. Assuming that the extent of reaction at equilibrium ξ _eq is much less than 1, show that the degree of reaction defined as half the number of moles of O₃(g) divided by the initial number moles of O₂(g) present before dissociation is given by (1/2) √k_P × P/P^o.

c. Calculate K_x at 298 K and a pressure of 5.00 bar.

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