The electric fields of two plane electromagnetic plane waves in vacuum are given by E₁ = E₀ j cos (ω t - kx) and E₂ = E₀ k cos (ω t - ky) At t = 0, a particle of charge q is at origin with a velocity v = 0.8c j (c is the speed of light in vacuum). The instantaneous force experienced by the particle is:

Electromagnetic Waves: JEE Main 2020 Physics question

JEE Main 2020 · 9 Jan, Morning shift · Q6767

JEE Main 20209 Jan, Morning shiftPhysicsHardElectromagnetic Waves120× since 2002

The electric fields of two plane electromagnetic plane waves in vacuum are given by

\overrightarrow {{E_1}} = {E_0}\widehat j\cos \left( {\omega t - kx} \right)

and

\overrightarrow {{E_2}} = {E_0}\widehat k\cos \left( {\omega t - ky} \right)

At t = 0, a particle of charge q is at origin with a velocity

\overrightarrow v = 0.8c\widehat j

(c is the speed of light in vacuum). The instantaneous force experienced by the particle is :

JEE Main 2020 Electromagnetic Waves Question with Solution (9 Jan Morning shift, Q6767) | JEE Arc

JEE Main 2020 · 9 Jan, Morning shift · Q6767

JEE Main 20209 Jan, Morning shiftPhysicsHardElectromagnetic Waves120× since 2002

The electric fields of two plane electromagnetic plane waves in vacuum are given by

\overrightarrow {{E_1}} = {E_0}\widehat j\cos \left( {\omega t - kx} \right)

and

\overrightarrow {{E_2}} = {E_0}\widehat k\cos \left( {\omega t - ky} \right)

At t = 0, a particle of charge q is at origin with a velocity

\overrightarrow v = 0.8c\widehat j

(c is the speed of light in vacuum). The instantaneous force experienced by the particle is :