Physics, asked by sudiptasahawb4, 1 month ago

A particle of mass m and charge q is moving with a velocity v along a straight line on the plane of the paper. If magnetic field is acting normally with the plane of paper, then calculate the radius of its circular path and frequency of rotation after the particle enters into the magnetic field.

Answers

Answered by tasneemthegirl

Explanation:

A particle of charge q and mass m is moving with velocity V . It is subjected to a uniform magnetic field B directed perpendicular to its velocity. Show that it describes a circular path.

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A particle of mass m and charge q is moving with a velocity v along a straight line on the plane of the paper. If magnetic field is acting normally with the plane of paper, then calculate the radius of its circular path and frequency of rotation after the particle enters into the magnetic field.​

Answers

A particle of mass m and charge q is moving with a velocity v along a straight line on the plane of the paper. If magnetic field is acting normally with the plane of paper, then calculate the radius of its circular path and frequency of rotation after the particle enters into the magnetic field.