For two reactions, `I: A to B " " "Rate constant"=k_(1)sec^(-1)` `II: C to D " " "Rate constant"=k_(2) M^(-1)sec^(-1)` Starting with initial concentration of 1M each, time taken to reach to 0.5M is same, then, identify the correct options.A. `k_(1)gtk_(2)`B. `k_(1)lt k_(2)`C. Rate of first reaction at 0.5M concentration gt rate of second reaction at 0.5M concentration.D. Initial rate of first reaction lt initia rate of second reaction.

For two reactions, `I: A to B " " "Rate constant"=k_(1)sec^(-1)` `II:

1.	For two reactions, `I: A to B " " "Rate constant"=k_(1)sec^(-1)` `II: C to D " " "Rate constant"=k_(2) M^(-1)sec^(-1)` Starting with initial concentration of 1M each, time taken to reach to 0.5M is same, then, identify the correct options.A. `k_(1)gtk_(2)`B. `k_(1)lt k_(2)`C. Rate of first reaction at 0.5M concentration gt rate of second reaction at 0.5M concentration.D. Initial rate of first reaction lt initia rate of second reaction.
Answer» Correct Answer - B::C::D

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