The units of rate constant for nth order reaction will be

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The units of rate constant for $n^{th}$ order reaction will be

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${Mole}^{- 1} {time}^{- 1}$

${Mole}^{- 1} L^{1} {time}^{- 1}$

All

${Mole}^{1 - n} L^{n - 1} {time}^{- 1}$

answer is B.

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Detailed Solution

The general equation for the rate constant expression is,

$K = \frac{rate}{{(Concentration)}^{n}}$

$= \frac{mole . L^{- 1} . {time}^{- 1}}{{(mol L^{- 1})}^{n}}$

$= \frac{= {mol}^{1 - n} . {time}^{- 1}}{{(mol L^{- 1})}^{n}}$

$= {mol}^{1 - n} L^{n - 1} {time}^{- 1}$

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