According to collision theory for determiningthe variation of rate of reaction with temperature the rate constant,k= Ae^(-Ea//RT). For most of the practical purposes A and E_(a[Arrhenius factor and Activation energy] are temperature independent. However they may vary slightly. Assuming the conditions given above answer the following questions. "If"A=K,T"and"E_(a)=K_(2)T^(2) and the given equation is still applicable where K_(1)"and" K_(2) are the constant and T represent temperature then which will be correct option? (P) The maximum value of k will be equal to A (Q) At lower temperature rate of reaction will increase with increase in temperature (R) At higher temperature, rate of reaction will decrease with increase in temperature

According to collision theory for determiningthe variation of rate of

1.	According to collision theory for determiningthe variation of rate of reaction with temperature the rate constant,k= Ae^(-Ea//RT). For most of the practical purposes A and E_(a[Arrhenius factor and Activation energy] are temperature independent. However they may vary slightly. Assuming the conditions given above answer the following questions. "If"A=K,T"and"E_(a)=K_(2)T^(2) and the given equation is still applicable where K_(1)"and" K_(2) are the constant and T represent temperature then which will be correct option? (P) The maximum value of k will be equal to A (Q) At lower temperature rate of reaction will increase with increase in temperature (R) At higher temperature, rate of reaction will decrease with increase in temperature
Answer» <P>All are true Only Q and R are incorrect Only P is incorrect Only P and Q are incorrect Answer :C