If reaction between \[A\] and \[B\] to give \[C\]shows first order kinetics in \[A\] and second order in \[B\], the rate equation can be written as [MP PET 1999]

Rate \[=k\,[A]\,{{[B]}^{1/2}}\]

If reaction between \[A\] and \[B\] to give \[C\]shows first order kin

1.	If reaction between \[A\] and \[B\] to give \[C\]shows first order kinetics in \[A\] and second order in \[B\], the rate equation can be written as [MP PET 1999]
A.	Rate \[=k\,[A]\,{{[B]}^{1/2}}\]
B.	Rate \[=k{{[A]}^{1/2}}[B]\]
C.	Rate \[=k\,[A]\,{{[B]}^{2}}\]
D.	Rate \[=k{{[A]}^{2}}[B]\]
Answer» D. Rate \[=k{{[A]}^{2}}[B]\]

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If reaction between \[A\] and \[B\] to give \[C\]shows first order kinetics in \[A\] and second order in \[B\], the rate equation can be written as [MP PET 1999]

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