Use of Differentiation|Integration

Multinomial theorem || Use OF differentiation and Integration || Important questions

Comparison between differentiation and integration

Differentiation and Integration in Kinematics

Recap|Physical Signficance Of Differentiation|Basics Of Integration|Physical Signficance Of Integration|OMR|Summary

General solution of differential equation e^(x)(dy)/(dx)+e^(x)y=1 , is: (where c is constant of integration)

General solution of differential equation e^(x)(dy)/(dx)+e^(x)y=1 ,is (where c is constant of integration)

Questions based on Basic Coordinate Geometry| Differentiation|Maxima & minima| Integration

The solution of the differential equation (dy)/(dx)+xyln y=x^(3)y is equal to (where, C is the constant of integration)

The solution of the differential equation (dy)/(dx)=(y^(2)+xlnx)/(2xy) is (where, c is the constant of integration)