The rate law for the reaction 2X + Y → Z is Rate = k[X] [YJ].The correct statement with regard to this relation is

Question

The rate law for the reaction 2X + Y → Z is Rate = k[X] [YJ].The correct statement with regard to this relation is (A) The rate of reaction is independent of [X] and [Y] (B) For this reaction t1/2 is independent of initial concentration of the reactions (C) The rate of dissappearance of X is equal to the rate of dissappearance of Y (D) The rate of formation of Z is half the rate of disappearance of X

Tardigrade Admin · Accepted Answer

Correct answer is (d) The rate of formation of Z is half the rate of disappearance of X

Q. The rate law for the reaction 2X + Y $\to$ Z is Rate = k[X] [YJ].The correct statement with regard to this relation is

The rate of reaction is independent of [X] and [Y]

For this reaction $t_{1} /2$ is independent of initial concentration of the reactions

The rate of dissappearance of X is equal to the rate of dissappearance of Y

The rate of formation of Z is half the rate of disappearance of X

Correct answer is (d) The rate of formation of Z is half the rate of disappearance of X

Q. The rate law for the reaction 2X + Y → Z is Rate = k[X] [YJ].The correct statement with regard to this relation is

The rate of reaction is independent of [X] and [Y]

For this reaction t1​/2 is independent of initial concentration of the reactions

The rate of dissappearance of X is equal to the rate of dissappearance of Y

The rate of formation of Z is half the rate of disappearance of X

Correct answer is (d) The rate of formation of Z is half the rate of disappearance of X

Q. The rate law for the reaction 2X + Y $\to$ Z is Rate = k[X] [YJ].The correct statement with regard to this relation is

For this reaction $t_{1} /2$ is independent of initial concentration of the reactions