13 - 20 The figure below shows a current-carrying wire placed in a magnetic field. a The a4b 21a4b39 of length L = 2.50

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answerhappygod
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13 - 20 The figure below shows a current-carrying wire placed in a magnetic field. a The a4b 21a4b39 of length L = 2.50

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13 20 The Figure Below Shows A Current Carrying Wire Placed In A Magnetic Field A The A4b 21a4b39 Of Length L 2 50 1
13 20 The Figure Below Shows A Current Carrying Wire Placed In A Magnetic Field A The A4b 21a4b39 Of Length L 2 50 1 (82.03 KiB) Viewed 73 times
13 20 The Figure Below Shows A Current Carrying Wire Placed In A Magnetic Field A The A4b 21a4b39 Of Length L 2 50 2
13 20 The Figure Below Shows A Current Carrying Wire Placed In A Magnetic Field A The A4b 21a4b39 Of Length L 2 50 2 (54.6 KiB) Viewed 73 times
13 - 20 The figure below shows a current-carrying wire placed in a magnetic field. a The a4b 21a4b39 of length L = 2.50 m carries a current of magnitude i = 25.0 A at an ang = 40.2 with respect to a constant magnetic field of magnitude B = 5.40 x 10-2 T- What is the magnitude of the magnetic force on the wire? to 529 ea1a4b3b52 eala 4b3b522 eal eala4b3b522 a. 2.58 N 3.38 N ea1a4b3b522 ea1a4b3b522 2.18N 5%

For the junction shown in the figure, which equation Orrectly expresses the sum of the currents? iz 322 ea1a4b3b522 14 i eala 4b35522 ea1a4b3b522 11 + iz – iz + 14 = 0 ea1a4b3b522 i-iz-iz - 14 = 0 Švia + 14 = 0 eala4b3b522
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