LMS

Equilibrium constant for Ideal gases in terms of partial pressure in denoted by

In an Irreversible reaction the tendency of it to go in reverse direction is 

If no of moles of products are more than those of reactants, volume in the equilibrium expression appears in 

In Haber’s process the final product ammonia is converted into 

The rate of formation of ammonia is not economical at 

Activated complex is formed due to 

First Law of thermodynamics is 

The E.m.f of a Cell is equals to 

Dalton's law of partial pressure is used to derive the relation between Kc and 

Concentration of reactants and products are expressed as Moles per unit 

At equilibrium the reaction mixture contains 

For higher yields of ammonia increase in temperature is replaced by 

A reaction with a tendency of occurring in forward and backward direction simultaneously is termed as: 

Kc and Kp have the same value when reactants and products have same number of

H ₃O ⁺ ions act as 

The precipitation of weaker electrolyte follows 

As Reaction proceeds the concentration of reactants 

Manufacturing of Ammonia by Haber’s process is an 

By increasing the concentration of substance on reactant side shifts the equilibrium to

At equilibrium if the concentration of product is increased reaction will proceed to:

Suppression of ionization means 

To avoid long reaction time and to get equilibrium mixture quickly we add

Effect of Change in Pressure for a reaction with different number of moles at reactant and product side are 

Strong Electrolytes are those which ionizes 

Suppression in ionization is done for 

When Number of moles of reactants and products are same Equilibrium constant will have

The conversion of Nitrogen to ammonia or nitrogenous compounds is called

Heat of solution for NaCl is 

Shifting the position of equilibrium can be used to Increase 

Le Chatelier Principle is about 

An exothermic reaction is allowed to reach equilibrium, if heat energy is then removed, the equilibrium will shift 

Decomposition of Ozone has a very low value of equilibrium constant because of its

Buffer solutions resist change in their: 

The catalyst in the formation of ester from alcohol and a weak acid is: 

A chemical reaction has reached has reached to a state of dynamic equilibrium at certain temperature, which of the statement is incorrect