2nd order Rxn, nth Order Rxn, Parallel Rxn, Series Rxn & Arrehenius Equation

nth Order Reaction

For Nth Order Of Reaction

Defination OF Differential Equation || Order OF Differential Equation || Degree OF Differential Equation ||Meaning OF Order || Geometrical Interpretation OF Differential Equation

Special Cases OF First Order Reaction ||Pressure related Illustrations||Side or Parallel Reaction||Series or Sequential Reaction|| Relation between Rate Constant OF different types||Experimental Method OF Determination OF Order

2nd order derivative of parametric functions

Second Order Reaction || nth Order Reaction

Kinetics OF Second Order Reactions and nth Order Reactions||Calculation OF First Order Rate Constant in terms OF Pressure

Parallel First Order Reactions || Numerical Based on Parallel First Order Reaction

Satement 1 If the nth termn of a series is 2n^(3)+3n^(2)-4 , then the second order differences must be an AP. Statement 2 If nth term of a series is a polynomial of degree m, then mth order differences of series are constant.

Statement I Differential equation corresponding to all lines, ax+by+c=0 has the order 3. Statement II Gereral solution of a differential equation of nth order contains n independent arbitaray constanis.