problem26_19

problem26_19 - 26.19: a) I R = 6.00 A - 4.00 A = 2.00 A....

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Unformatted text preview: 26.19: a) I R = 6.00 A - 4.00 A = 2.00 A. b)Using a Kirchhoff loop around the outside of the circuit: 28.0 V - (6.00 A) (3.00 ) - ( 2.00 A) R = 0 R = 5.00 . c)Using a counterclockwise loop in the bottom half of the circuit: - (6.00 A) (3.00 ) - ( 4.00 A) (6.00 ) = 0 = 42.0 V. d)If the circuit is broken at point x, then the current in the 28 V battery is: 28.0 V I= = = 3.50 A. R 3.00 + 5.00 ...
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