1. Tardigrade
  2. Question
  3. Chemistry
  4. For the equilibrium, equilibrium constant is found to be 1.732 at 298 K. Now if in a vessel at 298 K, a mixture of these two gases be taken as represented by the point p in the figure, predict what will happen?

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Q. For the equilibrium,
equilibrium constant is found to be 1.732 at 298 K. Now if in a vessel at 298 K, a mixture of these two gases be taken as represented by the point $p$ in the figure, predict what will happen?Chemistry Question Image

Equilibrium

Solution:

From given information,
$Q, = tan\, 75^{°} = 3.73=\frac{conc.\, of \,iso-butane}{conc.\,i of -butane} >K_{c}$
So, reaction will go in backward direction.