For the following reaction : A(g) +B(g) `rarr` 2C(g) + D(g), the rate law is given as rate of disappearance `A=K[A]^(2//3)[B]^(1//3)`. If initial concentration of A and B are 2M each and no C and D were present initially, then the time at which total concentration (sum of concentration A, B, C, and D) will become `5.5` M, is : (Given : K = `1.386xx10^(-1)min^(-1)`A. 5 minB. 10 secC. 600 secD. `(1)/(2)`min

For the following reaction : A(g) +B(g) `rarr` 2C(g) + D(g), the rate

1.	For the following reaction : A(g) +B(g) `rarr` 2C(g) + D(g), the rate law is given as rate of disappearance `A=K[A]^(2//3)[B]^(1//3)`. If initial concentration of A and B are 2M each and no C and D were present initially, then the time at which total concentration (sum of concentration A, B, C, and D) will become `5.5` M, is : (Given : K = `1.386xx10^(-1)min^(-1)`A. 5 minB. 10 secC. 600 secD. `(1)/(2)`min
Answer» Correct Answer - C

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