Problem # 10 In the circuit below, all of the resistors are identical and haveresistance R = 2.2Q. The batteries all have emf E = 3 V.BPavt a) Find the current that flows in this circuit. (You can treat the circuit as a singleloop, since no current will flow in the open wires at the bottom.)Part bFind the voltage VB-VA from point A to point B shown on the circuit diagram.Part C) Now suppose an additional ideal wire is added connecting A and B directly,as shown below. Use the loop and junction rules to find the current that flows in the wireconnecting A and B.

a) We know that a circuit is given here the resistance R= 2.2 ohm and batteries have emf = 3 V…

cen In the circuit below, all of the resistors are id ce R = 2.2 Q. The batteries all have emf & = 3 V. %3D Find the current that flows in this circuit. (You can treat the ce no current will flow in the open wires at the bottom.)

cen In the circuit below, all of the resistors are id ce R = 2.2 Q. The batteries all have emf & = 3 V. %3D Find the current that flows in this circuit. (You can treat the ce no current will flow in the open wires at the bottom.)

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

Problem # 10 In the circuit below, all of the resistors are identical and have
resistance R = 2.2Q. The batteries all have emf E = 3 V.
B
Pavt a) Find the current that flows in this circuit. (You can treat the circuit as a single
loop, since no current will flow in the open wires at the bottom.)
Part b
Find the voltage VB-VA from point A to point B shown on the circuit diagram.
Part C) Now suppose an additional ideal wire is added connecting A and B directly,
as shown below. Use the loop and junction rules to find the current that flows in the wire
connecting A and B.

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