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5. Suppose we have a stationary external magnetic field B. We have a negatively charged particle of charge |8q| and mass m. Initially, it is moving vertically upwards with speed |vol and no horizontal velocity. The particle can move freely in x and y directions. (a) Plot the phase angle and vertical position of the particle and provide the corresponding expressions. Consider the origin to be the center of the particle's path. (Two plots, two expressions) B $(t) = ? vo у y(t) = ? -l8q\, m (b) Let the B field be doubled and repeat the plots from (a). How are the plots different from part (a)? (Two plots, one short answer) $(t) = ? у y(t) = ?

5. Suppose we have a stationary external magnetic field B. We have a negatively charged particle of charge |8q| and mass m. Initially, it is moving vertically upwards with speed |vol and no horizontal velocity. The particle can move freely in x and y directions. (a) Plot the phase angle and vertical position of the particle and provide the corresponding expressions. Consider the origin to be the center of the particle's path. (Two plots, two expressions) B $(t) = ? vo у y(t) = ? -l8q\, m (b) Let the B field be doubled and repeat the plots from (a). How are the plots different from part (a)? (Two plots, one short answer) $(t) = ? у y(t) = ?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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5. Suppose we have a stationary external magnetic field B. We have a negatively charged particle of charge |8q| and mass m. Initially, it is moving vertically upwards with speed |vo| and no horizontal velocity. The particle can move freely in x and y directions. (a) Plot the phase angle and vertical position of the particle and provide the corresponding expressions. Consider the origin to be the center of the particle's path. (Two plots, two expressions) В $(t) = ? vo y y(t) = ? -|8q], m (b) Let the B field be doubled and repeat the plots from (a). How are the plots different from part (a)? (Two plots, one short answer) $(t) = ? y y(t) = ?
Transcribed Image Text:5. Suppose we have a stationary external magnetic field B. We have a negatively charged particle of charge |8q| and mass m. Initially, it is moving vertically upwards with speed |vo| and no horizontal velocity. The particle can move freely in x and y directions. (a) Plot the phase angle and vertical position of the particle and provide the corresponding expressions. Consider the origin to be the center of the particle's path. (Two plots, two expressions) В $(t) = ? vo y y(t) = ? -|8q], m (b) Let the B field be doubled and repeat the plots from (a). How are the plots different from part (a)? (Two plots, one short answer) $(t) = ? y y(t) = ?
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