The temperature coefficient of a reaction is :
Statement -1 : For each 10 degree rise of temperature the k is nearly double. Statement – 2 : Energy wise distribution of molecules in a gas sample is an exponential function of temperature so e^-Ea/RT is doubled.
03
Jun
Statement -1 : For each 10 degree rise of temperature the k is nearly double. Statement – 2 : Energy wise distribution of molecules in a gas sample is an exponential function of temperature so e^-Ea/RT is doubled. The temperature coefficient of a reaction is : June 3, 2021 Category: Chapter 7 - Chemical Kinetics [...]
The rate constant for two parallel reactions were found to be 10^−2 dm^3 mol^−1s^−1 and 4×10^−2 dm^3 mol^−1s^−1. If the corresponding energies of activation of the parallel reaction are 100 and 120 kJ/mol respectively, what is the net energy of activation (Ea) of A?
03
Jun
The rate constant for two parallel reactions were found to be 10^−2 dm^3 mol^−1s^−1 and 4×10^−2 dm^3 mol^−1s^−1. If the corresponding energies of activation of the parallel reaction are 100 and 120 kJ/mol respectively, what is the net energy of activation (Ea) of A? The temperature coefficient of a reaction is : June 3, 2021 [...]
A catalyst lowers the activation energy for a certain reaction from 83.314 to 75 KJ mol^−1 at 500 K . What will be the rate of reaction as compared to uncatalysed reaction ? Assume other things being equal.
03
Jun
A catalyst lowers the activation energy for a certain reaction from 83.314 to 75 KJ mol^−1 at 500 K . What will be the rate of reaction as compared to uncatalysed reaction ? Assume other things being equal. The temperature coefficient of a reaction is : June 3, 2021 Category: Chapter 7 - Chemical Kinetics [...]
The temperature coefficient of a reaction is :
03
Jun
The temperature coefficient of a reaction is : The temperature coefficient of a reaction is : June 3, 2021 Category: Chapter 7 - Chemical Kinetics and Nuclear Chemistry (Level 1 and Level 2) , N Awasthi Physical Chemistry ,