The equilibrium between, gaseous isomers A, B and C can be represented as

If one mole of A is taken in a closed vessel of volume 1 litre, then

At 25^(@)C , the value of equilibrium (K_(c)) for the reaction, A(s)+4B(g)hArr 2C(l)+3D(g) is 16. if the reaction is initiated with 0.2 mol of each of the component taken in a closed vessel of 1 L volume, then in which direction the reaction will occur at a higher rate to attain the equilibrium?

The equilibrium A(g) +4B(g) hArr AB_4(g) is attained by mixing equal moles of A and B in a one litre vessel Then at equilibrium

The equilibrium A(g) +4B(g) hArr AB_4(g) is attained by mixing equal moles of A and B in a one litre vessel Then at equilibrium

In a reaction, A+B hArr C+D 40% of B has reacted at equilibrium, when 1 mole of A was heated with 1 mole of B in a 10 L closed vessel. The value of K_(C) is

Three moles of PCl_(5) , three moles of PCl_(3) and two moles of Cl_(2) are taken in a closed vessel. If at equilibium, the vessel has 1.5 moles of PCl_(5) the number of moles of PCl_(3) present in it is

Three moles of PCl_(5) , three moles of PCl_(3) and two moles of Cl_(2) are taken in a closed vessel. If at equilibium, the vessel has 1.5 moles of PCl_(5) the number of moles of PCl_(3) present in it is

Three moles of PCl_(5) , three moles of PCl_(3) and two moles of Cl_(2) are taken in a closed vessel . If at equilibrium the vessel has 1.5 moles of PCl_(5) , the number of moles of PCl_(3) present in it is