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2. Find the currents in the given circuit. 8 volts 2 ohms 2 ohms D I ohm 4 ohms 16 volts Kirchhoff's Laws are used to set up all necessary equations to determine these currents. Current Law: All currents flowing into a junction must flow out of it. Voltage Law: The sum of all voltage drops (V=IR) in a closed loop (any direction) is equal to the total voltage in that direction. I, + I, - I, =0 41, + I, = 8 41, + I, =16

2. Find the currents in the given circuit. 8 volts 2 ohms 2 ohms D I ohm 4 ohms 16 volts Kirchhoff's Laws are used to set up all necessary equations to determine these currents. Current Law: All currents flowing into a junction must flow out of it. Voltage Law: The sum of all voltage drops (V=IR) in a closed loop (any direction) is equal to the total voltage in that direction. I, + I, - I, =0 41, + I, = 8 41, + I, =16

College Physics
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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Scree 2021-09 2. Find the currents in the given circuit. 8 volts 2 ohms 2 ohms B D 1 ohm 4 ohms 16 volts Kirchhoff's Laws are used to set up all necessary equations to determine these currents. Current Law: All currents flowing into a junction must flow out of it. Voltage Law: The sum of all voltage drops (V=IR) in a closed loop (any direction) is equal to the total voltage in that direction. I + I, - I, =0 3 41, + I, = 8 %3D 41, + I, =16 Kiuf Le e l y od o Cum La Allon fie Vaage La Th f ag d ( dd loo dirtion
Transcribed Image Text:Scree 2021-09 2. Find the currents in the given circuit. 8 volts 2 ohms 2 ohms B D 1 ohm 4 ohms 16 volts Kirchhoff's Laws are used to set up all necessary equations to determine these currents. Current Law: All currents flowing into a junction must flow out of it. Voltage Law: The sum of all voltage drops (V=IR) in a closed loop (any direction) is equal to the total voltage in that direction. I + I, - I, =0 3 41, + I, = 8 %3D 41, + I, =16 Kiuf Le e l y od o Cum La Allon fie Vaage La Th f ag d ( dd loo dirtion
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