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=3.1654 X AVR₁ Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V = 5.84 X AVR2 You appear to have neglected the current passing through the resistor R₁. V x = 3.315 AVR3 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R3 and then use your results to find the potential difference requested. V = 2.34 x AVR Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V 3.00 V 18.0 V 12.0 V R₁ R₁ ww R3

=3.1654 X AVR₁ Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V = 5.84 X AVR2 You appear to have neglected the current passing through the resistor R₁. V x = 3.315 AVR3 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R3 and then use your results to find the potential difference requested. V = 2.34 x AVR Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V 3.00 V 18.0 V 12.0 V R₁ R₁ ww R3

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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Find the potential difference across each resistor in the figure below. (Ry = 4.90 8, R, = 3.60 82, R3 = 3.40 g, Ra = 2.40 1)
Find the potential difference across each resistor in the figure below. (R₁ = 4.90 2, R₂ = 3.60 , R3 = 3.40, R4 = 2.40 (2) X = 3.1654 AVR₁ Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V = 5.84 X AV R2 You appear to have neglected the current passing through the resistor R₁. V = 3.315 X AVR3 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₂ and then use your results to find the potential difference requested. V = 2.34 X AVR4 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V 12.0 V R₁2 R₂ 3.00 V 18.0 V R₁ ww R3
Transcribed Image Text:Find the potential difference across each resistor in the figure below. (R₁ = 4.90 2, R₂ = 3.60 , R3 = 3.40, R4 = 2.40 (2) X = 3.1654 AVR₁ Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V = 5.84 X AV R2 You appear to have neglected the current passing through the resistor R₁. V = 3.315 X AVR3 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₂ and then use your results to find the potential difference requested. V = 2.34 X AVR4 Apply Kirchhoff's rules to write a set of simultaneous equations that can be solved for the current through the resistor R₁ and then use your results to find the potential difference requested. V 12.0 V R₁2 R₂ 3.00 V 18.0 V R₁ ww R3
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