If a charged particle projected in a gravity-free room deflects, then
Both fields cannot be zero

The path of a charged particle projected into a uniform transverse electric field is

A positively charged particle projected towards east is deflected towards north by a magnetic field. The field may be

Statement-1 In a region of space, both electric and magnetic field act in same direction. When a charged particle is projected parallel to fields, it moves undeviated Statement-2 Here, net force on the particle is not zero

a charged particle moves in a gravity free space without change in velocity. Which of the following is/are possible?

a charged particle moves in a gravity free space without change in velocity. Which of the following is/are possible?

A charged particle moves in a gravity free space where an electric field of strength E and a magnetic field of induction B exist. State the following statements as True of False. a. If E pi 0 and B pi 0, velocity of the particle may remain constant. b. If E = 0 , the particle cannot trace a circular path. c. If E=0 , kinetic energy of the particle remains constant.

Positively charged particles are projected into a magnetic field. If the direction of the magnetic field is along the direction of motion of the charged particles, the particles get

Statement-1 Path of a charged particle in a uniform and steady magnetic field cannot be parabolic Statement-2 Magnetic field cannot accelerate a charged particle

If a charged particle at rest experiences no electromagnetic force, then The electric field must be zero

A charge particle q is projected in an electric field produced by a fixed point charge Q as shown in figure. Mark the correct statements.