## Vector Differentiation full length notes

Full notes on vector Differentiation is now available at the website physicscatalyst.com covering following topics

1. Differentiation of vectors

2. Scalar and vector fields

3. Gradient of a scalar field

Learn free for class 9th, 10th science/maths , 12th and IIT-JEE Physics and maths.

Full notes on vector Differentiation is now available at the website physicscatalyst.com covering following topics

1. Differentiation of vectors

2. Scalar and vector fields

3. Gradient of a scalar field

In this post we’ll discuss about Divergence and curl of vector fields. Here get a short synopsis of what is divergence and curl of a vector field along with their geometrical interpretation.

Force on a conductor in presence of an electric field

In presence of an electric field this surface charge will experience a force. If we consider a small area element of the surface of the conductor then force acting on area element is given by

We know that electric field inside a conductor is zero and any charge the conductor may carry shall be distributed on the surface of the conductor. For our discussion consider a conductor carrying charge on its surface again consider a small surface element ds over which we can consider surface charge density ? to be approximately constant.