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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

Physics for Scientists and Engineers, Technology Update (No access codes included)
Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter2: Motion In One Dimension
Section: Chapter Questions
Problem 2.10P: Review. The North American and European plates of the Earths crust are drifting apart with a...
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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 attached.

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
Transcribed Image Text: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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