An electromagnetic wave propagating along north has its electric field vector upwards. Its magnetic field vector point towards

An electronmagnetic wae propagating along x-axis then oscillating electric and magnetic field vectors are along

An electronmagnetic wae propagating along x-axis then oscillating electric and magnetic field vectors are along

If electric field in electromagnetic wave propagating along north is verically upward then magnetic field will be towards …….

In electromagnetic wave, if vecE,vecB and vecv are the electric field vector, magnetic field vector and velocity vector of electromagnetic wave, then

In an electromagnetic wave the electric field vector and magnetic field vector are given as vecE=E_(0)hati and vecB=B_(0)hatk respectively. The direction of propagation of electromagnetic wave is along:

In electromagnetic waves, the phase difference between magnetic and electric field vectors is

A plane electromagnetic waveis propagating towards z-axis.The electric field component is along (hati + hatj) . The magnetic component will be along—

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.