Listed in the table are forward and reverse rate constants for the reaction
`2NO(g)hArrN_(2)(g)+O_(2)(g)`
`{:(,Temperature(K),k_(f)(M^(-1)s^(-1)),k_(b)(M^(-1)s^(-1))),(,1400,0.29,1.1xx10^(-6)),(,1500,1.3,1.4xx10^(-5)):}`
Select the correct statement:
a) Reaction is exothermic and value of eqilibrium constatnt`(K_(eq))` at 1400 K is `3.79xx10^(-6)`
b) Reaction is endothermic and value of `k_(eq)` 1400 K is `2.63xx10^(5)`
c) Reaction is exothermic and value of `k_(eq)` 1400 K is `2.63xx10^(5)`
d) Reaction is endothermic and value of `k_(eq)` 1500 K is `9.28xx10^(4)`

Options

A. Reaction is exothermic and value of eqilibrium constatnt`(K_(eq))` at 1400 K is `3.79xx10^(-6)`
B. Reaction is endothermic and value of `k_(eq)` 1400 K is `2.63xx10^(5)`
C. Reaction is exothermic and value of `k_(eq)` 1400 K is `2.63xx10^(5)`
D. Reaction is endothermic and value of `k_(eq)` 1500 K is `9.28xx10^(4)`

Answer

C