In case of linearly polarised light, the magnitude of the electric field vector

In case of linearly polaised light ,the magnitude of the electric field vector:

What is linearly polarised light?

Unpolarised light consists of electric field vectors in

Unpolarised light consists of electric field vectors in

A : In an EM wave the magnitude of the electric field vector is more than the magnitude of the magnetic field vector. R : Energy of the EM wave is shared equally between the electric and magnetic fields.

A : In an EM wave the magnitude of the electric field vector is more than the magnitude of the magnetic field vector. R : Energy of the EM wave is shared equally between the electric and magnetic fields.

Write the relation between the magnitude of electric and magnetic fields in an electromagnetic wave with speed of light and hence find the magnitude of the electric field at a point in space and time if the magnetic field at that place is 2 xx 10^(-8) T .

Explain the electric field lines and the magnitude of electric field.