The dimension of the quantity `vecExxvecB`, where `vecE` represents the electric field and `vecB` the magnetic field may be given as

The dimensions of the quantity vecE xx vecB , where vecE represents the electric field and vecB the magnetic field may be given as :-

The dimensions of the quantity vecE xx vecB , where vecE represents the electric field and vecB the magnetic field may be given as :-

The dimension of the quantity vecExxvecB , where vecE represents the electric field and vecB the magnetic field is

The dimensions of the quantity overset rarr E xx overset rarr B ,wehre overset rarr E represents the electric field and overset rarr B the magnetic field may be given as:

The cross product vecExxvecB (where vecE =electric field vector and vecB is the magnetic field vector ) always gives the.............. of electromagnetic wave.

What will be the dimensions of the ratio of electric intensity of the electric field E to the magnetic induction B of the magnetic field in case of electromagnetic wave propagation ?

Statement-1: In an em wave, the direction of the magnetic field induction vecB is parallel to the electric field vecE . Statement-2: Electric field vecE and magnetic field vector vecB , have the same frequency.

The dimensions of E/B (electric field/magnetic field) are same as that of: