Magnetic field in a plane electromagnetic wave is given by
`bar(B) = B_(0)"sin"(kx + omegat)hat(j)T`
Expression for corresponding electric field will be

Magnetic field in a plane electromagnetic wave is given by vecB = B_0 sin ( kx + omega t ) hatj T expression for corresponding electric field will be where c is speed of light .

Magnetic field in a plane electromagnetic wave is given by vec B=B0sin(kx+ωt)ˆjT Expression for corresponding electric field is ( Given speed of light =c)

Magnetic field of an electromagnetic wave is vecB=12 × 10^(-9) sin(kx - omega t)hatk (T) . The equation of corresponding electric field should be

Magnetic field of an electromagnetic wave is vecB=12 x 10^(-9) sin(kx - omega t)hatk (T). The equation of corresponding electric field should be

Magnetic field in a plane electromagnetic wave is given by B_y = (10^-7 T) sin (10^3pix + 2pi×10^11)hatj Then expression of electric field will be

Magnetic field in a plane electromagnetic wave is given by B_y = (10^-7 T) sin (10^3pix + 2pi×10^11)hatj Then expression of electric field will be

The oscillating magnetic field in a plane electromagnetic wave is given by: B=8xx10^-6 sin(2xx10^11t + 300 pix)T Write down the expression for the oscillating electric field.

The oscillating magnetic field in a plane electromagnetic wave is given by B_y=8xx10^6 sin(2 xx 10^11t + 300 pix)T Write down the expression for the oscillating electric field?