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A charged particle (m = 1e-16 kg, q = 3.4e-12C) is traveling with a velocity of (0,0,2e7) m/s. When the particle passes through the origin, what is the magnetic field (as a vector) at (a) (0, 0, 5) mm (b) (5,0,0) mm, and (c) (5,0,5) mm?

A charged particle (m = 1e-16 kg, q = 3.4e-12C) is traveling with a velocity of (0,0,2e7) m/s. When the particle passes through the origin, what is the magnetic field (as a vector) at (a) (0, 0, 5) mm (b) (5,0,0) mm, and (c) (5,0,5) mm?

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A charged particle (m = 1e-16 kg, q = 3.4e-12C) is traveling with a velocity of (0,0,2e7) m/s. When the particle passes through the origin, what is the magnetic field (as a vector) at (a) (0, 0, 5) mm (b) (5,0,0) mm, and (c) (5,0,5) mm?
Transcribed Image Text:A charged particle (m = 1e-16 kg, q = 3.4e-12C) is traveling with a velocity of (0,0,2e7) m/s. When the particle passes through the origin, what is the magnetic field (as a vector) at (a) (0, 0, 5) mm (b) (5,0,0) mm, and (c) (5,0,5) mm?
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