In vacuum,the components of an EM wave are E_y = 50( V/m ) cos [(5.00 m^-1)x + $\omega$t], E_x = 0, and E_z = 0.In what direction is this wave moving? A) positive x-direction B) negative x-direction C) positive y-direction D) negative y-direction E) positive or negative z-direction

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The Answer of In vacuum,the components of an EM wave are E_y = 50( V/m ) cos [(5.00 m^-1)x + $\omega$t], E_x = 0, and E_z = 0.In what direction is this wave moving? A) positive x-direction B) negative x-direction C) positive y-direction D) negative y-direction E) positive or negative z-direction

In Vacuum,the Components of an EM Wave Are Ey = ω\omegaω

In Vacuum,the Components of an EM Wave Are E_y = $\omega$