Consider the equilibrium A(g) + B(g) = AB(g). When the partial pressure of A is 10-2 atm, the partial pressure of B is 10-3 atm and the partial pressure of AB is 1 atm, the equilibrium constant 'K' is-A-10 atm 1B-105 atm 1C-10 (dimensionless)D-105 (dimensionless)-B-105 atm 1

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Consider the equilibrium A(g) + B(g) = AB(g). When the partial pressure of A is 10-2 atm, the partial pressure of B is 10-3 atm and the partial pressure of AB is 1 atm, the equilibrium constant &#39;K&#39; is-A-10 atm 1B-105 atm 1C-10 (dimensionless)D-105 (dimensionless)-B-105 atm 1

APTITUDE CRACK · Accepted Answer

B 105 atm 1 Partial pressure = kAB. 1 atm = K(10^ 2 atm)(10^ 3atm). k = 10^5 atm^ 1.

Chemical Engineering Basics

Consider the equilibrium A_(g) + B_(g) = AB_(g). When the partial pressure of A is 10^-2 atm, the partial pressure of B is 10^-3 atm and the partial pressure of AB is 1 atm, the equilibrium constant 'K' is

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Chemical Engineering Basics

Consider the equilibrium A(g) + B(g) = AB(g). When the partial pressure of A is 10-2 atm, the partial pressure of B is 10-3 atm and the partial pressure of AB is 1 atm, the equilibrium constant 'K' is

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For help Students Orientation Mcqs Questions

Consider the equilibrium A_(g) + B_(g) = AB_(g). When the partial pressure of A is 10^-2 atm, the partial pressure of B is 10^-3 atm and the partial pressure of AB is 1 atm, the equilibrium constant 'K' is

For help Students Orientation
Mcqs Questions