The magnetic field in a plane electromagnetic wave is given by B y = 0.2 μ T sin (8π × 10 2 z + 6π × 10 11 t). Then the electric field of the wave is:

Correct Answer is : Ex = 60 V/m sin (8π × 102z + 6π × 1011t)

E y = 60 V/m sin (8π × 10 2 z + 6π × 10 11 t)

E y = 6 V/m sin (8π × 10 2 z + 6π × 10 11 t)

E x = 60 V/m sin (8π × 10 2 z + 6π × 10 11 t)

E x = 6 V/m sin (8π × 10 2 z + 6π × 10 11 t)

AAI ATC Junior Executive 27 Jul 2022 Shift 1 Paper

Question : 119 of 120

Marks: +1, -0

The magnetic field in a plane electromagnetic wave is given by B_y= 0.2 μ T sin (8π × 10²z + 6π × 10¹¹t). Then the electric field of the wave is:

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