A plane electromagnetic wave propagating in the X-direction has a wavelength of 6 mm.The electric field is in the Y-direction and its maximum maagnitude is 33 `Vm^(-1)`.Write suitable equations for the electric and magnetic fields as a function of x and t.

A plane electromagnetic wave propagating along x directions can have the following paris of E and B:

An electron is travelling along the X-direction. It encounters a magnetic field in the Y-direction. Its subsequent motion will be

A plain electromagnetic wave travels in vacuum along the Y-direction. Write the the directions of its electric and magnetic field vectors.

An electromagnetic wave is travelling in a medium with a velocity vecv=v hati . The electric field oscillations, of this electromagnetic wave, all along the Y-axis. How are the magnitude of the electric and magnetic fields in the electromagnetic wave related to each other?

A plain electromagnetic wave travels in vacuum along the Y-direction.Write the ratio of the magnitudes of its electric and magnetic filed vectors.

What is meant by the transverse nature of electromagnetic waves? Draw a diagram showing the propagation of an electromagnetic wave along the X-direction, indicating clearly the directions of the oscillating electric and magnetic fields associated with it.

An electromagnetic wave is travelling in a medium with a velocity vecv=v hati . The electric field oscillations, of this electromagnetic wave, all along the Y-axis. Identify the direction in which the magnetic field oscillations are taking place of the e.m. wave.

Express the velocity of propagation of an electromagnetic wave in terms of the peak values of the electric and magnetic fields.

The oscillating electric field of an electromagnetic wave is given by E_y=30 sin(2xx10^11 t + 300 pix)vm^-1 . Write down the expression for the oscillation magnetic field.