Equilibrium-2

At temperature $T=\dfrac{1}{3R}$ , Find the equilibrium constant in terms of partial pressure $K_{p}$ for the following reaction if value of $K_{c}=2^{12} \times 3^{19} \times 5^{16}$ after balancing the equation and getting the values of $m,n,h,j$ which all are integers.

$\large{mC_{6}H_{14}(g) + nO_{2}(g) \rightleftharpoons hCO_{2}(g) + jH_{2}O(l)}$

Balance the following reaction. Now find the value of $K_{p}$

If $K_{p}=\dfrac{2^a \times 3^b}{5^c}$ . Find the value $a+b+c$ .

Assumption

• Here R is gas constant.

• Here T is in Kelvin

ORIGINAL

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