Collision Theory || Arrhenius Equation and Variation OF Rate Constant With Temperature

Collision theory|| Arrenius Equation

Various Solved Numerical Questions on Arrhenius Equation || Variation OF Rate Constant with Temperature || Variation OF Equilibrium Constant with Temperature

Discussion|| Ex-1 41-80|| Analysis OF Arrhenius Equation Variation OF Equilibrium Constant with Temperature||Temperature Coefficient

Arrhenius Equation|| Variation OF Rate Constant and Equilibrium Constant with Temperature||Effect OF Catalyst|| Pseudo First Order Reaction||Class Illustrations with Short Tricks||Discussion OF DPP 4

Write the equation for relationship of rate constant and temperature.

Arrhenius Equation & Numericals Based on it || Temperature Coefficient

According to collision theory for determining the 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. For constant A and E_(a), which parameters when plotted will give a straight line with given slope?

Maxwell's Speed Distribution Curve || Variation OF Equilibrium Constant With Temperature || Factors Effecting Rate OF Reaction