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A Particle (M = 3 μ\mu G, Q = 50 μ\mu C) Moves in a Uniform Magnetic Field Given by ()

Question 5

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A particle (m = 3.0 μ\mu g, q = 5.0 μ\mu C) moves in a uniform magnetic field given by () mT.At t = 0 the velocity of the particle is equal to () m/s.The subsequent path of the particle is:  A particle (m = 3.0  \mu g, q = 5.0  \mu C)  moves in a uniform magnetic field given by ()  mT.At t = 0 the velocity of the particle is equal to ()  m/s.The subsequent path of the particle is:     A) circular with a 50-cm radius. B) helical with a 6.3-cm pitch. C) circular with a period of 31 ms. D) helical with a 40-cm radius. E) none of the above  A particle (m = 3.0  \mu g, q = 5.0  \mu C)  moves in a uniform magnetic field given by ()  mT.At t = 0 the velocity of the particle is equal to ()  m/s.The subsequent path of the particle is:     A) circular with a 50-cm radius. B) helical with a 6.3-cm pitch. C) circular with a period of 31 ms. D) helical with a 40-cm radius. E) none of the above


A) circular with a 50-cm radius.
B) helical with a 6.3-cm pitch.
C) circular with a period of 31 ms.
D) helical with a 40-cm radius.
E) none of the above

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