Five hypothetical gases having name A,B,X,Y and Z are having boiling point in the range of 4.9 K to 6.9 K. Gases A and B are reacting to produce gases X,Y and Z as per the following stoichiometric equation in a container of volume 0.9 L pressure 1 atmosphere and at temperature 8.513K ( at equilibrium ) . A_((g)) + B_((g)) rarr X_((g)) + Y _((g)) + 2Z_((g)) At the condition of equilibrium, which of the following statement is correct ?

Five hypothetical gases having name A,B,X,Y and Z are having boiling p

1.	Five hypothetical gases having name A,B,X,Y and Z are having boiling point in the range of 4.9 K to 6.9 K. Gases A and B are reacting to produce gases X,Y and Z as per the following stoichiometric equation in a container of volume 0.9 L pressure 1 atmosphere and at temperature 8.513K ( at equilibrium ) . A_((g)) + B_((g)) rarr X_((g)) + Y _((g)) + 2Z_((g)) At the condition of equilibrium, which of the following statement is correct ?
Answer» `K_(P) = K_(C )` `K_(P) gtK_(C )` `K_(P) ltK_(C )` `K_(P) GT gtK_(C )` Answer :C