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A wire carrying a current of I = 5 A has been bent into the shape given by ABCD as shown on the right. There is also an infinite wire passing through point A carrying a current I 10A. All parts of wire ABCD lie in the xy plane. The straight part AB, parallel to the y axis, is 60 cm long. The curved part BC is an arc of a circle of radius 80 cm, subtending an angle of 150° at the center. Finally, the straight piece CD runs parallel to the x axis. Point P lies at the center of the circle, and the points ABPD all lie on the same straight line. Express your answer in unit-vector notation, using the axes shown. B 150° 6 P

A wire carrying a current of I = 5 A has been bent into the shape given by ABCD as shown on the right. There is also an infinite wire passing through point A carrying a current I 10A. All parts of wire ABCD lie in the xy plane. The straight part AB, parallel to the y axis, is 60 cm long. The curved part BC is an arc of a circle of radius 80 cm, subtending an angle of 150° at the center. Finally, the straight piece CD runs parallel to the x axis. Point P lies at the center of the circle, and the points ABPD all lie on the same straight line. Express your answer in unit-vector notation, using the axes shown. B 150° 6 P

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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A wire carrying a current of I = 5 A has been bent into the shape given by ABCD as shown on the right. There is also an infinite wire passing through point A carrying a current I 10A. All parts of wire ABCD lie in the xy plane. The straight part AB, parallel to the y axis, is 60 cm long. The curved part BC is an arc of a circle of radius 80 cm, subtending an angle of 150° at the center. Finally, the straight piece CD runs parallel to the x axis. Point P lies at the center of the circle, and the points ABPD all lie on the same straight line. Express your answer in unit-vector notation, using the axes shown. B %3D 150° Find the magnetic field at point P due to: [8] a) the infinite wire: b) Wire AB: c) Wire BC: d) Wire CD:
Transcribed Image Text:A wire carrying a current of I = 5 A has been bent into the shape given by ABCD as shown on the right. There is also an infinite wire passing through point A carrying a current I 10A. All parts of wire ABCD lie in the xy plane. The straight part AB, parallel to the y axis, is 60 cm long. The curved part BC is an arc of a circle of radius 80 cm, subtending an angle of 150° at the center. Finally, the straight piece CD runs parallel to the x axis. Point P lies at the center of the circle, and the points ABPD all lie on the same straight line. Express your answer in unit-vector notation, using the axes shown. B %3D 150° Find the magnetic field at point P due to: [8] a) the infinite wire: b) Wire AB: c) Wire BC: d) Wire CD:
e) Find the net magnetic field at point P. A It X В 150° f) Find the force exerted on a charge q = – 2.8 C, as it moves through point P at 350 m/s in the +z-direction.[2]
Transcribed Image Text:e) Find the net magnetic field at point P. A It X В 150° f) Find the force exerted on a charge q = – 2.8 C, as it moves through point P at 350 m/s in the +z-direction.[2]
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