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4. A point mass m with positive charge q is suspended from the ceiling by a thread. Nearby, a charged object causes the point charge q to deflect from the vertical. Our task will be to find the angle of deflection in various cases. (Refer to Table at right.) c) Finally, suppose that the nearby object is a long positively charged line, with uniform linear charge density A, located a horizontal distance D away. a) First suppose that the nearby object is another positive point charge Q, located a horizontal distance D away. D fixed line charge (perpendicular to plane of page) m, q Find the angle of deflection 0. * D Electric fields created by various fixed point charge m. a

4. A point mass m with positive charge q is suspended from the ceiling by a thread. Nearby, a charged object causes the point charge q to deflect from the vertical. Our task will be to find the angle of deflection in various cases. (Refer to Table at right.) c) Finally, suppose that the nearby object is a long positively charged line, with uniform linear charge density A, located a horizontal distance D away. a) First suppose that the nearby object is another positive point charge Q, located a horizontal distance D away. D fixed line charge (perpendicular to plane of page) m, q Find the angle of deflection 0. * D Electric fields created by various fixed point charge m. a

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Please answer a, b and c.
4. A point mass m with positive charge q is suspended from the ceiling by a thread. Nearby, a charged object causes the point charge q to deflect from the vertical. Our task will be to find the angle of deflection in various cases. (Refer to Table at right.) c) Finally, suppose that the nearby object is a long positively charged line, with uniform linear charge density A, located a horizontal distance D away. a) First suppose that the nearby object is another positive point charge Q, located a horizontal distance D away. D fixed line charge (perpendicular to plane of page) m, q Find the angle of deflection 0. * Electric fields created by various charged objects Q fixed point charge m, q Find the angle of deflection 0. Shape of Strength of E- charged object field greated by object Note b) Next suppose that the nearby object is a large positively charged sheet, with uniform surface charge density o, located a perpendicular distance D away. "r" refers to distance from Point E(r) = 4.TE,r? charge Q the point charge. Infinite straight line of charge, uniform linear charge density A " refers to perpendicular distance from E(r) m, q 2TE,r the line uniformly charged sheet charge. Find the angle of deflection 0. E-field Infinite flat sheet of charge, uniform surface strength is independent of distance from the sheet and the direction E(r) = ; 280 charge density o points away from the sheet.
Transcribed Image Text:4. A point mass m with positive charge q is suspended from the ceiling by a thread. Nearby, a charged object causes the point charge q to deflect from the vertical. Our task will be to find the angle of deflection in various cases. (Refer to Table at right.) c) Finally, suppose that the nearby object is a long positively charged line, with uniform linear charge density A, located a horizontal distance D away. a) First suppose that the nearby object is another positive point charge Q, located a horizontal distance D away. D fixed line charge (perpendicular to plane of page) m, q Find the angle of deflection 0. * Electric fields created by various charged objects Q fixed point charge m, q Find the angle of deflection 0. Shape of Strength of E- charged object field greated by object Note b) Next suppose that the nearby object is a large positively charged sheet, with uniform surface charge density o, located a perpendicular distance D away. "r" refers to distance from Point E(r) = 4.TE,r? charge Q the point charge. Infinite straight line of charge, uniform linear charge density A " refers to perpendicular distance from E(r) m, q 2TE,r the line uniformly charged sheet charge. Find the angle of deflection 0. E-field Infinite flat sheet of charge, uniform surface strength is independent of distance from the sheet and the direction E(r) = ; 280 charge density o points away from the sheet.
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