If for 2A_2B(g) hArr 2A_2(g)+B_2(g), K_p=TOTAL PRESSURE (at equilibrium ) and starting the dissociation from 4 mol of A_2B then:

If for 2A_2B(g) hArr 2A_2(g)+B_2(g), K_p=TOTAL PRESSURE (at equilibriu

1.	If for 2A_2B(g) hArr 2A_2(g)+B_2(g), K_p=TOTAL PRESSURE (at equilibrium ) and starting the dissociation from 4 mol of A_2B then:
Answer» degree of DISSOCIATION of `A_2B`will be (2/3) TOTAL no of moles at EQUILIBRIUM will be (14/3) at equilibrium the no of moles of `A_2B` are not EQUAL to the no of moles of `B_2` at equilibrium the no of moles of `A_2B` are equal to the no of moles of `A_2` Answer :A