Home
Class 12
PHYSICS
A particle of charge q and mass m is prj...

A particle of charge `q` and mass `m` is prjected in a uniform and contant magnetic field of strength `B`.The initial velocity `vecv` makes angle `theta` with the `vecB`.Find the distance travelled by the particle in time `t`.

Text Solution

Verified by Experts

The correct Answer is:
`vt`
Speed of the particle does not change therefore distance covered by the particle is `s=vt`
Promotional Banner

Topper's Solved these Questions

  • ELECTRODYNAMICS

    RESONANCE|Exercise Exercise-1 PART-1|81 Videos

  • ELECTRODYNAMICS

    RESONANCE|Exercise Exercise-1 PART-2|54 Videos

  • ELECTRODYNAMICS

    RESONANCE|Exercise Advanced level problems|31 Videos

  • ELECTRO MAGNETIC WAVES

    RESONANCE|Exercise Exercise 3|27 Videos

  • ELECTROMAGNETIC INDUCTION

    RESONANCE|Exercise A.l.P|19 Videos

Similar Questions

Explore conceptually related problems

A positive charge particle of charge q and mass m enters into a uniform magnetic field with velocity v as shown in Fig. There is no magnetic field to the left of PQ. Find (a) time spent, (b) distance travelled in the magnetic field, (c) impulse of magnetic force.

A charged particle of charge q and mass m is shot into a uniform magnetic field of induction B at an angle theta with the field. The frequency of revolution of the particle

A positive charge particle of charge q, mass m enters into a uniform magnetic field with velocity v as shown in the figure . There is no magnetic field to the left of PQ . Find (i) time spent, (ii) distance travelled in the magnetic field (iii) inpulse of magnetic force.

A charged particle of mass m and charge q enters a magnetic field B with a velocity v at an angle theta with the direction of B . The radius fo the resulting path is

A particle of charge q and mass m, is fired perpenducular to a magnetic field (B) with a velocity v. What is the frequency of revolution of the particle?

A particle of charge -q and mass m enters a uniform magnetic field vecB (perpendicular to paper inward) at P with a velocity v_0 at an angle alpha and leaves the field at Q with velocity v at angle beta as shown in fig.

A charged particle of mass m & charge q enters a zone of uniform magnetic field B with a velocity v making an angle theta with the boundary of the zone, having width d , when the particle penetrates half-way into the zone, the change in energy of the particel is