Consider the following balanced chemical reaction:

A $+$ B $->$ C

The following table shows initial reaction rates obtained using different initial concentration of A and B:

Initial $[$A$]($mol L$-1)$ Initial $[$B$]($mol L$-1)$ Initial Rate $($mol L$-1$ s$-1)$

$0\mathrm{.}1120\mathrm{.}2220\mathrm{.}878$

$0\mathrm{.}1120\mathrm{.}6652\mathrm{.}635$

$0\mathrm{.}2230\mathrm{.}2223\mathrm{.}511$

$0\mathrm{.}2230\mathrm{.}66510\mathrm{.}536$

If rate $=$ k$[$A$]$m$[$B$]$n $,$ then m $=$ Blank $1$ Question $2$

and n $=$ Blank $2$ Question $2$Consider the following balanced chemical reaction:

$A+BC$

The following table shows initial reaction rates obtained using different initial concentration of A and $B$ :

If rate $=k[A{]}^m[B{]}^n,$ then $m=,$ and $n=$