Electromagnetic...

In the propagation of electromagnetic waves the angle between the direction of propagation and the plane of vibration is ________

When light propagates in vaccum there is an electric field and a magnetic field. Which of the following is not true about these field?

The value of electric field in an electromagnetic wave originating from a point source of light at a distance of  10 meter is E= 500 volt/m. The electric field at a distance of 5 meter will be

Maxwell's modified form of Ampere's circuital law is

Assume you are sitting in sun for 2.5 hours. The area of your body exposed normally to sun rays $$ { 1.3m }^{ 2 }$$. The intensity of sun rays is 1.1 Kilowatt/$${ m }^{ 2 }$$. If your body completely absorbs the sun rays then the momentum transferred to your body will be (in Kg-m/s):

The displacement current is 

In the propagation of light waves, the angle between the plane of vibration &  plane of polarisation is:

In the propagation of electromagnetic waves,  the angle between the direction of propagation and plane of polarisation is

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

Which of the following has/have zero average value in a plane electromagnetic wave?