The magnetic field in a plane EM wave is given by
`B = (100 mu T) sin [(2 x10^(15) s^(–1))(t – x//c)] hat(j)`
The equation for electric field is

The magnetic field in a plane electromagnetic wave is given by B= (200 (mu)T) sin [(4.0 x (10^15)(s^-1)(t-(x/c))] . Find the maximum electric field and the average energy density corresponding to the electric field .

The magnetic field in a plane electromagnetic wave is given by B= (200 (mu)T) sin [(4.0 x (10^15)(s^-1)(t-(x/c))] . Find the maximum electric field and the average energy density corresponding to the electric field .

The magnetic field in a plane electromagnetic wave is given by B= (200 (mu) T) sin [(4.0 xx (10^15)(s^-1)(t-(x/c))]. Find the maximum electric field and the average energy density corresponding to the electric field .

The magnetic field in a plane electromagnetic wave is given by B = 200 (muT) sin 4 xx 10'^(-5)s^(1) (t-x//c) . Find the maximum magnetic and electric fields.

The magnetic field in a plane electromagnetic wave is given by B = 200 (muT) sin 4 xx 10'^(-5)s^(1) (t-x//c) . Find the maximum magnetic and electric fields.

The magnetic field in a plane electromagnetic wave is given by B=(300muT) sin (5.0xx10^-5x^-1)(t-x//c) Find(i) the maximum electric field and (ii) The average energy density corresponding to the electric field.

Magnetic field in a plane electromagnetic wave is given by B_y = (10^-7 T) sin (10^3pix + 2pi×10^11)hatj Then expression of electric field will be