For the reaction, `2NO(g)+2H_(2)(g)rarrN_(2)(g)+2H_(2)O(g)` the rate expression can be written in the following ways :
`{(d[N_(2)])/(dt)}=k_(1)[NO][H_(2)],`
`{(d(H_(2)O))/(dt)}=k[NO][H_(2)],`
`{(d[NO])/(dt)}=k_(1)'[NO][H_(2)],`
`{(d[H_(2)])/(dt)}=k_(1)''[NO][H_(2)].`
The relationship between `k,k_(1),k_(1)'` and `k_(1)''`

Options

A. `k=k_(1)=k_(1)`=k_(1)''`
B. `k=2k_(1)=k_(1)'=k_(1)''`
C. `k=2k_(1)'=k_(1)=k_(1)''`
D. `k=k_(1)=k_(1)'=2k_(1)''`

Answer

B