For a hypothetical reaction A→ B, the rate constant is 0.25 sec-1. If the concentration of A is reduced to half, then the value of rate constant is

Question

For a hypothetical reaction A→ B, the rate constant is 0.25 sec-1. If the concentration of A is reduced to half, then the value of rate constant is (A) 0.25 sec-1 (B) 0.30 sec-1 (C) 0.075 sec-1 (D) 2.25 sec-1

Tardigrade Admin · Accepted Answer

The rate constant of a reaction is independent of the concentration

Q. For a hypothetical reaction A $\to$ B, the rate constant is $0.25 se c^{- 1.}$ If the concentration of A is reduced to half, then the value of rate constant is

$0.25 se c^{- 1}$

$0.30 se c^{- 1}$

$0.075 se c^{- 1}$

$2.25 se c^{- 1}$

The rate constant of a reaction is independent of the concentration

Q. For a hypothetical reaction A→ B, the rate constant is 0.25sec−1. If the concentration of A is reduced to half, then the value of rate constant is

0.25sec−1

0.30sec−1

0.075sec−1

2.25sec−1

The rate constant of a reaction is independent of the concentration

Q. For a hypothetical reaction A $\to$ B, the rate constant is $0.25 se c^{- 1.}$ If the concentration of A is reduced to half, then the value of rate constant is

$0.25 se c^{- 1}$

$0.30 se c^{- 1}$

$0.075 se c^{- 1}$

$2.25 se c^{- 1}$