Consider the following reversible chemical reactions:\({A_2}\left( g \right)\; + \;{B_2}\left( g \right)\begin{array}{*{20}{c}}{{K_1}}\\ \rightleftharpoons\end{array}\;2AB\left( g \right)\) …. (1)\(6AB\left( g \right)\;\begin{array}{*{20}{c}}{{K_2}}\\ \rightleftharpoons\end{array}3{A_2}\left( g \right) + 3{B_2}\left( g \right)\) …. (2)The relation between K1 and K2 is:

\({\rm{\;}}{K_2} = K_1^{ - 3}\)

Consider the following reversible chemical reactions:\({A_2}\left( g \

1.	Consider the following reversible chemical reactions:\({A_2}\left( g \right)\; + \;{B_2}\left( g \right)\begin{array}{{20}{c}}{{K_1}}\\ \rightleftharpoons\end{array}\;2AB\left( g \right)\) …. (1)\(6AB\left( g \right)\;\begin{array}{{20}{c}}{{K_2}}\\ \rightleftharpoons\end{array}3{A_2}\left( g \right) + 3{B_2}\left( g \right)\) …. (2)The relation between K1 and K2 is:
A.	\({K_1}{K_2} = \frac{1}{3}\)
B.	\({\rm{\;}}{K_2} = K_1^3\)
C.	\({\rm{\;}}{K_2} = K_1^{ - 3}\)
D.	K1 K2 = 3
Answer» D. K1 K2 = 3