The magnetic field of a beam emerging from a filter facing a floodlight is given by `B=12xx10^-8sin(1.20xx10^7z-3.60xx10^14t)T`.
What is the average intensity of the beam?

The magnetic field of a beam emerging from a filter facing a floodlight is given by B_0=12xx10^-8sin(1.20xx10^7 z-3.60 xx 10^15t)T . What is the average intensity of the beam?

The magnetic field of a beam emerging from a filter facing a floodlight is given by B=12xx10^(-8)sin (1.20xx10^(7)z-3.60xx10^(15)t) T. What is the average intensity of the beam ?

The magnetic field of a bram emerging from a filter facing a floodlight is given by B= 12 xx 10^(-8 ) sin ( 1.20 xx 10^(7) z- 3.60 xx 10 ^(15) t ) t. what is the average intensity of the beam ?

The magnetic field in a plane electromagnetic wave is given by B_y=12xx10^-8sin(1.20xx10^7 z+3.60 xx 10^15t)T : calculate the Energy density associated with the electromagnetic wave.

The magnetic field in a plane electromagnetic wave is given by B_y=12xx10^-8sin(1.20xx10^7 z+3.60 xx 10^15t)T : calculate the Speed of wave.

The magnetic field in a plane electromagnetic wave is given by: By=12 xx 10^(-8) sin (1.20 xx 10^7z+3.60 xx 10^(15)t)T. Calculate the Speed. of the wave

The magnetic field in a plane electromagnetic wave is given by: By=12 xx 10^(-8) sin (1.20 xx 10^7z+3.60 xx 10^(15)t)T. Calculate the Energy density associated with the Electromagnetic wave.

If the magnetic field in a plane electro-magnetic wave is given by vecB=3xx10^(-8) sin (1.6 xx 10^(3) x + 48 xx 10^(10)t)hatjT, then average intensity of the beam is: