The figure shows the path of a particle that passes through two regions containing uniform magnetic fields of magnitudes

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The figure shows the path of a particle that passes through two regions containing uniform magnetic fields of magnitudes

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The Figure Shows The Path Of A Particle That Passes Through Two Regions Containing Uniform Magnetic Fields Of Magnitudes 1
The Figure Shows The Path Of A Particle That Passes Through Two Regions Containing Uniform Magnetic Fields Of Magnitudes 1 (208.61 KiB) Viewed 30 times
all steps, formulas, justifications please!
The figure shows the path of a particle that passes through two regions containing uniform magnetic fields of magnitudes B1 and B2. The direction of each magnetic field is indicated on the figure. The particle's path in each region is a half-circle. a) Does the particle have positive or negative charge? Justify. b) Which field is stronger? Justify, using a properly derived equation. c) Is the time spent by the particle in the B1 region greater than, less than, or the same as the time spent in the B2 region? Justify! B₁ B₂ 2
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