A plane electromagnectic wave propagating along x-direction can have the following pairs of `E` and `B`.

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

A plane electromagnetic wave propagating along x-direction can have the following pairs of vecE and vecB

A plane electromagnetic wave propagating along x - direction can have the following pairs of vec(E ) and vec(B) .

A plane electromagnetic wave propagating along y-direction can have the following pair of electric field (vecE) and magnetic field (vecB) components.

A place electromagnetic wave is propagating along the direction (hati + hatj) , then which of the following is the direction of the magnetic field component.

A place electromagnetic wave is propagating along the direction (hati + hatj) , then which of the following is the direction of the magnetic field component.

Draw a sketch of a plane electromagnetic wave propagating along the z-direction. Depict clearly the directions of electric and magnetic fields varying sinusoidally with z.

Draw a diagram for a linearly polarised electromagnetic wave, propagating in the z direction with the oscillating electric field E along the x directions and the oscillating magnetic field B along the y direction.

How is electromagnetic wave produced? Draw a sketch of a plane electromagnetic wave propagating along x-axis depicting the directions of the oscillating electric and magnetic field.