Name the factors which can disturb the state of equilibrium in a reversible reaction.

Discuss briefly the factors which can alter the state of equilibrium in a reversible reaction ?

Temperature pressure and molar concentration are the three factors which can disturb the equilibrium in a reversible reaction. Their effect is governed by Le Chatelier's principle . Whereas high concentration of the reactants always favours the formation of the products irrespective of its nature the effect of temperature and pressure depends upon the nature of the reaction . pressure does not disturb the equilibrium point in a reaction in which the reactants and products have same number of moles in the gaseous state. In a closed system A (s) hArr 2B(g) +3C(g) if partical pressure of C is doubled then partial pressure of B will be :

Can a catalyst disturb the state of equilibrium?

When reaction is at standard state at equilibrium, then

Which is/are true for a reversible reaction?

For a reversible reaction at constant temperature and at constant pressure the equilibrium composition of reaction mixture corresponds to the lowest point on Gibbls energy Vs progress of reaction diagrams as shown. At equilibrium Gibbs energy of reaction is equal to zero. Which diagram represents the large value of equilibrium constant for the reversible reaction