A charged particle is assigned an initial velocity vị = 5x103 in a uniform magnetic field, and it circles with a period of T = 20s. If the particle is assigned an initial velocity of v2 = 8x10 in the same direction, %3D what will the period of the motion be?
A charged particle is assigned an initial velocity vị = 5x103 in a uniform magnetic field, and it circles with a period of T = 20s. If the particle is assigned an initial velocity of v2 = 8x10 in the same direction, %3D what will the period of the motion be?
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![A charged particle is assigned an initial velocity vi = 5x103"
S
in a uniform magnetic field, and it circles with a period of T = 20s.
m
If the particle is assigned an initial velocity of v2 = 8x103 in the same direction,
S
what will the period of the motion be?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F65eb2e5b-ec87-4d33-9c8e-95337dd39b4e%2F4a5e0336-4628-465d-8fb4-528aa1f93f2d%2Fafgxxi_processed.png&w=3840&q=75)
Transcribed Image Text:A charged particle is assigned an initial velocity vi = 5x103"
S
in a uniform magnetic field, and it circles with a period of T = 20s.
m
If the particle is assigned an initial velocity of v2 = 8x103 in the same direction,
S
what will the period of the motion be?
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