In each of the following questions, a statementof Assertion is given followed by a corresponding statementof Reason just below it. Of the statements, mark the correctanswer as Assertion . If standard free energy change of a reaction is zero , this implies that equilibrium constant of the reaction is unity . Reason . For a reaction in equilibrium , equilibrium constant is always unity .

In each of the following questions, a statementof Assertion is given f

1.	In each of the following questions, a statementof Assertion is given followed by a corresponding statementof Reason just below it. Of the statements, mark the correctanswer as Assertion . If standard free energy change of a reaction is zero , this implies that equilibrium constant of the reaction is unity . Reason . For a reaction in equilibrium , equilibrium constant is always unity .
Answer» If both assertion and reason are true, and reason is the true explanation of the assertion . If both assertion and reason are true but reason is the true explanation of the assertion . If assertion is true, but reason is false. If both assertion and reason are false . SOLUTION :`DELTAG^(@) = -2 *303 RT LOG K ` When ` DeltaG^(@) =0, log K=0 :. K=1` Hence, Assertion is correct . Correct R. For a reaction in EQUILIBRIUM , the value of equilibrum constant depends upon the relative amounts of the reactants and products .