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Find the amount of energy required to move a 6-C charge from the origin to P(3, 1, -1) in the field E = 2xax - 3y²ay + 4a, V/m along the straight-line path x = -3z, y = x + 2z: We set up the computation as follows, and find the the result does not depend on the path.

Find the amount of energy required to move a 6-C charge from the origin to P(3, 1, -1) in the field E = 2xax - 3y²ay + 4a, V/m along the straight-line path x = -3z, y = x + 2z: We set up the computation as follows, and find the the result does not depend on the path.

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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electromagnetic field)I want a detailed solution because my teacher changes the numbers. I want a detailed solution. Understand the solution
10- Find the amount of energy required to move a 6-C charge from the origin to P(3, 1, -1) in the field E = 2xax - 3y²ay + 4a: V/m along the straight-line path x = -3z, y = x + 2z: We set up the computation as follows, and find the the result does not depend on the path. W=-q afe.. -6/³2 =-6 2xdx + 6 of (2xax - 3y²ay +4a-) · (dxax +dyay+dza-) - ' 6 f₁ 3y²dy - 6 E.dL-6 of 4dz = -24 J
Transcribed Image Text:10- Find the amount of energy required to move a 6-C charge from the origin to P(3, 1, -1) in the field E = 2xax - 3y²ay + 4a: V/m along the straight-line path x = -3z, y = x + 2z: We set up the computation as follows, and find the the result does not depend on the path. W=-q afe.. -6/³2 =-6 2xdx + 6 of (2xax - 3y²ay +4a-) · (dxax +dyay+dza-) - ' 6 f₁ 3y²dy - 6 E.dL-6 of 4dz = -24 J
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