Consider the circuit shown below.(b)8.0 Ωwww(c)4.0 928₁ 9.0 V82= 5.0 V5.0 ΩwwTo ensure uniformity in notation and signs, designate the currents in the three branches asfollows. Call the current in the left branch 1₁, the current in the center branch 1₂, and the currentin the right branch 13. Assume the direction of I, is upward, the direction of I₂ is upward, andthe direction of 13 is downward.(a)10.0 ΩApply the junction rule at the top junction (between the 8-22 and 5-2 resistors) to obtaina relation between I₁, I2, and 13.2Apply the loop rule to the left loop (containing I, and I₂) and to the right loop(containing I₂ and 13). Start at the top junction (between the 8-92 and 5-2 resistors), andtraverse each loop in the counterclockwise direction. You may omit the units forconvenience.Solve the system of three equations (obtained in parts (a) and (b)) for I₁, I2, and 13.(Include the sign for each current.)

Given:- A circuit is given as Find :- The value of current in a reach brach of the circuit ?

Consider the circuit shown below. (b) ww (c) 8.0 92 wwww 4.0 92 www E2= 5.0 V HH 5.0 Ω www &1= 9.0 V To ensure uniformity in notation and signs, designate the currents in the three branches as follows. Call the current in the left branch 1₁, the current in the center branch 1₂, and the current in the right branch I3. Assume the direction of I, is upward, the direction of I₂ is upward, and the direction of I, is downward. (a) 10.0 92 Apply the junction rule at the top junction (between the 8-9 and 5-2 resistors) to obtain a relation between 1₁, 1₂, and 13. Apply the loop rule to the left loop (containing I, and I₂) and to the right loop (containing I₂ and 13). Start at the top junction (between the 8-92 and 5-9 resistors), and traverse each loop in the counterclockwise direction. You may omit the units for convenience. Solve the system of three equations (obtained in parts (a) and (b)) for 1₁, 1₂, and 13. (Include the sign for each current.)

Consider the circuit shown below. (b) ww (c) 8.0 92 wwww 4.0 92 www E2= 5.0 V HH 5.0 Ω www &1= 9.0 V To ensure uniformity in notation and signs, designate the currents in the three branches as follows. Call the current in the left branch 1₁, the current in the center branch 1₂, and the current in the right branch I3. Assume the direction of I, is upward, the direction of I₂ is upward, and the direction of I, is downward. (a) 10.0 92 Apply the junction rule at the top junction (between the 8-9 and 5-2 resistors) to obtain a relation between 1₁, 1₂, and 13. Apply the loop rule to the left loop (containing I, and I₂) and to the right loop (containing I₂ and 13). Start at the top junction (between the 8-92 and 5-9 resistors), and traverse each loop in the counterclockwise direction. You may omit the units for convenience. Solve the system of three equations (obtained in parts (a) and (b)) for 1₁, 1₂, and 13. (Include the sign for each current.)

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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Question

Consider the circuit shown below.
(b)
8.0 Ω
www
(c)
4.0 92
8₁ 9.0 V
82= 5.0 V
5.0 Ω
ww
To ensure uniformity in notation and signs, designate the currents in the three branches as
follows. Call the current in the left branch 1₁, the current in the center branch 1₂, and the current
in the right branch 13. Assume the direction of I, is upward, the direction of I₂ is upward, and
the direction of 13 is downward.
(a)
10.0 Ω
Apply the junction rule at the top junction (between the 8-22 and 5-2 resistors) to obtain
a relation between I₁, I2, and 13.
2
Apply the loop rule to the left loop (containing I, and I₂) and to the right loop
(containing I₂ and 13). Start at the top junction (between the 8-92 and 5-2 resistors), and
traverse each loop in the counterclockwise direction. You may omit the units for
convenience.
Solve the system of three equations (obtained in parts (a) and (b)) for I₁, I2, and 13.
(Include the sign for each current.)

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