A radiowave has a maximum magnetic field induction of `10^(–4)` T on arrival at a receiving antenna. The maximum electric field intensity of such a wave is

The magnetic field is maximum at

A plane electromagnetic wave with has a maximum electric field magnitude of 3.20xx10^(-4) V/m . Find the magnetic field amplitude .

E/B. Find the unit. (E = electric field intensity, B = magnetic field intensity)

The maximum magnetic field in a plane electromagnetic wave is 4muT . The wave is going in the x -direction and magnetic field is in y -direction. Find the maximum electric field in the wave and its direction.

In a plane radio wave the maximum value of the electric field component is 5.00 V/m. Calculate ( a) the maximum value of the magnetic field component and (b) the wave intensity .

The sunlight reaching the earth has maximum electric field of 810V (m^-1) . What is the maximum magnetic field in this light?

If at a certain instant, the magnetic induction of the electromagnetic wave in vacuum is 6.7xx10^(-12) T, then the magnitude of of electric field intensity will be

The magnetic field in a travelling electromagnetic wave has a peak value of 20 nT . The peak value of electric field strength is :