11 in this problem the production function is given. We can see the equilibrium constant is essentially about zero 080. And essentially substituting for our certain quantities. And now we can use this to determine the equilibrium constant with respect to concentration, which would be given by the following quantity. ![]() So we have our final concentration of chlorine And this means since Nitro, so chloride and nitric oxide or in the same style geometric ratio, the amount of nitrate chloride would have to decrease by the same amount, which is 1.34 molars. The amount of chlorine increases by half as much due to destroy key metric coefficients. So this means that the amount of nitric oxide increased by 0.66 molars. And were given that equilibrium there's 0.66 molars of nitric oxide. And were given that we have initial concentration of the following of 2.00 molars. So here we're giving information about specific reaction where we have all gash of species and we have natural so chloride associating with nitric oxide and chlorine gas.
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