In a region of free space the electric field at some instant of time is E = ( 80 i +32 j – 64 K ) V/m and the magnetic field is B = ( 0.2 +8 j -29 k) muT. The pointing vector for these fields is

Sahay Sir > Question Answers > In a region of free space the electric field at some instant of time is E = ( 80 i +32 j - 64 K ) V/m and the magnetic field is B = ( 0.2 +8 j -29 k) muT. The pointing vector for these fields is
In a region of free space the electric field at some instant of time is E = ( 80 i +32 j – 64 K ) V/m and the magnetic field is B = ( 0.2 +8 j -29 k) muT. The pointing vector for these fields is
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Oct
In a region of free space the electric field at some instant of time is E = ( 80 i +32 j – 64 K ) V/m and the magnetic field is B = ( 0.2 +8 j -29 k) muT. The pointing vector for these fields is In a region of free space the [...]
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