The endothermic reaction \[(M+N\]D\[P)\] is allowed to attain an equilibrium at \[{{25}^{o}}\]. Formation of \[P\] can be increased by [BHU 1981]

Decreasing the concentration of \[M\] and \[N\]

The endothermic reaction \[(M+N\]D\[P)\] is allowed to attain an equil

1.	The endothermic reaction \[(M+N\]D\[P)\] is allowed to attain an equilibrium at \[{{25}^{o}}\]. Formation of \[P\] can be increased by [BHU 1981]
A.	Raising temperature
B.	Lowering temperature
C.	Keeping temperature constant
D.	Decreasing the concentration of \[M\] and \[N\]
Answer» B. Lowering temperature

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The endothermic reaction \[(M+N\]D\[P)\] is allowed to attain an equilibrium at \[{{25}^{o}}\]. Formation of \[P\] can be increased by [BHU 1981]

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