The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attached. 18-310.24.La espira circular de corriente que aparece en la figura 10-19 yace en el plano z=h. paralelamente a una láminaEm de corriente uniforme, K = K, a,, en z=0. Exprese la fuerza sobre un diferencial de longitud de la espira.Integre y demuestre que la fuerza total es cero.Resp. dF = lapo Ko cos o do (-a,)(W)idmos & sh ong ts antohasila oadatBK.Fig. 10-19Fig. 10-20

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The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attach

The circular loop of current shown in Fig. 10-19 lies in the plane ? = ℎ, parallel to a sheet of uniform current, ? = ?0 ??, at ? = 0. Express the force over a length differential of the loop. Integrate and show that the total force is zero. The original question is attach

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

18-3
10.24.
La espira circular de corriente que aparece en la figura 10-19 yace en el plano z=h. paralelamente a una lámina
Em de corriente uniforme, K = K, a,, en z=0. Exprese la fuerza sobre un diferencial de longitud de la espira.
Integre y demuestre que la fuerza total es cero.
Resp. dF = lapo Ko cos o do (-a,)
(W)
idmos & sh ong ts ant
ohasila oadat
B
K.
Fig. 10-19
Fig. 10-20

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