The answer to the question below is 2.64 but please provide an explanation and steps on how that's the answer. CO(g) + C
Posted: Mon May 09, 2022 2:58 pm
The answer to the question below is 2.64 but please provide an
explanation and steps on how that's the answer.
CO(g) + Cl2(g) ⇌
COCl2(g)
Suppose a system at equilibrium contains 102 atm CO, 229 atm
Cl2, and 1.17 atm COCl2. An additional
pressure of 26 atm CO is then added.
Calculate the pressure of COCl2 after the
reaction shifts. Make a reasonable approximation to avoid
having to solve a quadratic.
explanation and steps on how that's the answer.
CO(g) + Cl2(g) ⇌
COCl2(g)
Suppose a system at equilibrium contains 102 atm CO, 229 atm
Cl2, and 1.17 atm COCl2. An additional
pressure of 26 atm CO is then added.
Calculate the pressure of COCl2 after the
reaction shifts. Make a reasonable approximation to avoid
having to solve a quadratic.