Question:
The equilibrium constants of the following are.
\(N_2+3H_2⇋NH_3\) \(K_1\)
\(N_2+O_2⇋2No\) \(K_2\)
\(H_2+\frac 12O_2⇋H_2O\) \(K_3\)
The equilibrium constant \((K)\) of the reaction:
\(2NH_3+\frac 52O_2⇋2NO+3H_2O\)
will be
The equilibrium constants of the following are.
\(N_2+3H_2⇋NH_3\) \(K_1\)
\(N_2+O_2⇋2No\) \(K_2\)
\(H_2+\frac 12O_2⇋H_2O\) \(K_3\)
The equilibrium constant \((K)\) of the reaction:
\(2NH_3+\frac 52O_2⇋2NO+3H_2O\)
will be
\(N_2+3H_2⇋NH_3\) \(K_1\)
\(N_2+O_2⇋2No\) \(K_2\)
\(H_2+\frac 12O_2⇋H_2O\) \(K_3\)
The equilibrium constant \((K)\) of the reaction:
\(2NH_3+\frac 52O_2⇋2NO+3H_2O\)
will be
Updated On: May 21, 2024
- \(\frac {K_1K_3^3}{K_2}\)
- \(\frac {K_2K_3^3}{K_1}\)
- \(\frac {K_2K_3}{K_1}\)
- \(\frac {K_2^3K_3}{K_1}\)
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The Correct Option is B
Solution and Explanation
The correct option is (B): \(\frac {K_2K_3^3}{K_1}\).
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