00:01
Hello students, in this question two sets of data are given for the same reaction.
00:04
In the first set, the temperature, pressure and the equilibrium constant value has been given.
00:09
In the second set, the pressure has been increased from 1 to 2 atm for the same reaction, we have to find out the equilibrium constant.
00:18
First of all, we are going to find out the relationship between the pressure and the equilibrium constant.
00:23
According to leach -atley principle, whenever there is an increase in the pressure, the equilibrium will shift to the fewer number of moles of the gases present in the reactant or the product.
00:35
Whenever the pressure increases from 1 to 2, the equilibrium will shift to the fewer number of moles of the gaseous molecule.
00:47
So, we know that the equilibrium constant is given by the expression of concentration of product divided by the concentration of reactant or it is given by the partial pressure of the product divided by the partial pressure of the reactant.
01:03
Whenever there is an increase in the pressure, i .e.
01:06
At 2 atm where the equilibrium will shift to the fewer number of moles of the gas, if the number of moles of the gas in the product side is greater than the number of moles of the gas in the reactant side, the equilibrium will shift to the left...
