A graph plotted between log `t_(50%)` vs log concentration is a straight line. What conclusion can you draw from this graph? A. `n=1: t_(1//2)=1/(x xxa)`B. `n=2: t_(1//2)=1/a`C. `n=1: t_(1//2)=0.693/k`D. None of these

A graph plotted between log `t_(50%)` vs log concentration is a straig

1.	A graph plotted between log `t_(50%)` vs log concentration is a straight line. What conclusion can you draw from this graph? A. `n=1: t_(1//2)=1/(x xxa)`B. `n=2: t_(1//2)=1/a`C. `n=1: t_(1//2)=0.693/k`D. None of these
Answer» Correct Answer - c `t_(1//2) prop (a)^((1-n))` or `t_(1//2)=z. (a)^((1-n))` `:. Log_(1//2)=log z+(1-n)(log a)` or `y=c+mx`

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A graph plotted between log `t_(50%)` vs log concentration is a straight line. What conclusion can you draw from this graph? A. `n=1: t_(1//2)=1/(x xxa)`B. `n=2: t_(1//2)=1/a`C. `n=1: t_(1//2)=0.693/k`D. None of these

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