19) A beam of particles, each of mass, m, charge, q, and velocity, v, enters perpendicularly into a uniform magnetic field of flux density, B. which of the following statement is NOT true about the behaviour of the particles? A) The particles will experience a force due to the field given by F = Bqv. B) The frequency of orbital rotation of the particles inside the field is dependent on the linear momentum. C) The resultant forces on the particles is zero. D) Electromagnetic waves will be emitted by the particles.
19) A beam of particles, each of mass, m, charge, q, and velocity, v, enters perpendicularly into a uniform magnetic field of flux density, B. which of the following statement is NOT true about the behaviour of the particles? A) The particles will experience a force due to the field given by F = Bqv. B) The frequency of orbital rotation of the particles inside the field is dependent on the linear momentum. C) The resultant forces on the particles is zero. D) Electromagnetic waves will be emitted by the particles.
College Physics
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Transcribed Image Text:19) A beam of particles, each of mass, m, charge, q, and velocity, v, enters perpendicularly into a uniform
magnetic field of flux density, B. which of the following statement is NOT true about the behaviour
of the particles?
A) The particles will experience a force due to the field given by F = Bqv.
B) The frequency of orbital rotation of the particles inside the field is dependent on the linear
momentum.
C) The resultant forces on the particles is zero.
D) Electromagnetic waves will be emitted by the particles.
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