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total [-1.8 +1.978-1.47845.47x108 Total = 3.6x10 Uniform current sheets are located in free space as follows: 8a, A/m at y = 0, -4 a, A/m at y = 1, and -4 a, A/m at y=-1. Find the vector force per meter length exerted on a current filament carrying 7 mA in the ar, direction if the filament is Jocated at 4. x=0, y=0.5, and aL = a. -35.2 by W/m b. y=0.5, z=0, and aL = ax c. x=0, y = 1.5, and ai. = a.. dx ay 2#x 7-6 10 [3-2 in (2.5) Jay T-1.5 105 ay N-m A solenoid is 25 cm long, 3 cm in diameter, and carries 4 A dc in its 400 turns. Its axis is perpendicular to a uniform magnetic field of 0.8 Wb/m² in air. Using an origin at the center of the solenoid, calculate the torque acting on it. Calculate the vector torque on the square loop shown in the figure about an origin at A in the field B, given a. A(0, 0, 0) and B = 100ay mT

total [-1.8 +1.978-1.47845.47x108 Total = 3.6x10 Uniform current sheets are located in free space as follows: 8a, A/m at y = 0, -4 a, A/m at y = 1, and -4 a, A/m at y=-1. Find the vector force per meter length exerted on a current filament carrying 7 mA in the ar, direction if the filament is Jocated at 4. x=0, y=0.5, and aL = a. -35.2 by W/m b. y=0.5, z=0, and aL = ax c. x=0, y = 1.5, and ai. = a.. dx ay 2#x 7-6 10 [3-2 in (2.5) Jay T-1.5 105 ay N-m A solenoid is 25 cm long, 3 cm in diameter, and carries 4 A dc in its 400 turns. Its axis is perpendicular to a uniform magnetic field of 0.8 Wb/m² in air. Using an origin at the center of the solenoid, calculate the torque acting on it. Calculate the vector torque on the square loop shown in the figure about an origin at A in the field B, given a. A(0, 0, 0) and B = 100ay mT

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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total [-1.8 +1.978-1.47845.47x108 Total = 3.6x10 Uniform current sheets are located in free space as follows: 8a, A/m at y = 0, -4 a, A/m at y = 1, and -4 a, A/m at y=-1. Find the vector force per meter length exerted on a current filament carrying 7 mA in the ar, direction if the filament is Jocated at 4. x=0, y=0.5, and aL = a. -35.2 by W/m b. y=0.5, z=0, and aL = ax c. x=0, y = 1.5, and ai. = a..
Transcribed Image Text:total [-1.8 +1.978-1.47845.47x108 Total = 3.6x10 Uniform current sheets are located in free space as follows: 8a, A/m at y = 0, -4 a, A/m at y = 1, and -4 a, A/m at y=-1. Find the vector force per meter length exerted on a current filament carrying 7 mA in the ar, direction if the filament is Jocated at 4. x=0, y=0.5, and aL = a. -35.2 by W/m b. y=0.5, z=0, and aL = ax c. x=0, y = 1.5, and ai. = a..
dx ay 2#x 7-6 10 [3-2 in (2.5) Jay T-1.5 105 ay N-m A solenoid is 25 cm long, 3 cm in diameter, and carries 4 A dc in its 400 turns. Its axis is perpendicular to a uniform magnetic field of 0.8 Wb/m² in air. Using an origin at the center of the solenoid, calculate the torque acting on it. Calculate the vector torque on the square loop shown in the figure about an origin at A in the field B, given a. A(0, 0, 0) and B = 100ay mT
Transcribed Image Text:dx ay 2#x 7-6 10 [3-2 in (2.5) Jay T-1.5 105 ay N-m A solenoid is 25 cm long, 3 cm in diameter, and carries 4 A dc in its 400 turns. Its axis is perpendicular to a uniform magnetic field of 0.8 Wb/m² in air. Using an origin at the center of the solenoid, calculate the torque acting on it. Calculate the vector torque on the square loop shown in the figure about an origin at A in the field B, given a. A(0, 0, 0) and B = 100ay mT
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