Electromagnetic...

The oscillating electric and magnetic vectors of an electromagnetic wave are oriented along 

A parallel plate capacitor with plate are $$A$$ and seperation between the plates $$d,$$ is charged byb a constant current $$i,$$ consider a plane surface of area $$A/2$$ parallel to the plates and drawn symmetrically between the plates, the displacement current through this area, will be.

If $$\vec{E}$$ and $$\vec{B}$$ are electric and magnetic field vectors of electromagnetic waves, then the propagation of electronic wave is along

The figure here gives the electric field of an $$EM$$ wave at a certain poiunt and a certain instrant. the wave is transporting energy in the negative $$z$$ direction. what is tha direction of the magnetic field of the wave at that point and instant.

A typical microwave oven operates at a frequency of $$2.45 \,GHz$$. What is the wavelength associated with the electromagnetic waves in the oven?

A plane electromagnetic wave with a single frequency moves in vacuum in the positive $$x$$ direction. Its amplitude is uniform over the $$yz$$ plane  its wavelength,

A plane electromagnetic wave with a single frequency moves in vacuum in the positive $$x$$ direction. Its amplitude is uniform over the $$yz$$ plane.As the wave moves, does its frequency

A plane electromagnetic wave with a single frequency moves in vacuum in the positive $$x$$ direction. Its amplitude is uniform over the $$yz$$ plane. the amplitude of its magnetic field. 

A plane electromagnetic wave with a single frequency moves in vacuum in the positive x direction. Its amplitude is uniform over the yz plane. its speed,

Consider an electromagnetic wave traveling in the positive $$y$$ direction. The magnetic field associated with the wave at some location at some instant points in the negative $$x$$ direction as shown in Figure. What is the direction of the electric field at this position and at this instant?