The values of the resistances of the resistors are as follows:R1 = 10NR2 = 50NR3 = 100NR4 = 25N|3DThe emf of the battery is E = 12V and the switch is in the CLOSEDposition.Match each resistor to the value of the current passing through it.R1R2R3R4 Consider the circuit shown below. S represents a switch.R2wwR1wwSww

The formula of parallel resistance is, R=R1×R2R1+R2 The value of resistance is calculated as,…

The values of the resistances of the resistors are as followS: R1 = 102 %3D R2 = 502 R3 = 100N R4 = 25N |3D The emf of the battery is E = 12V and the switch is in the CLOSED %3D position. Match each resistor to the value of the current passing through it. R1 R2 R3 R4

The values of the resistances of the resistors are as followS: R1 = 102 %3D R2 = 502 R3 = 100N R4 = 25N |3D The emf of the battery is E = 12V and the switch is in the CLOSED %3D position. Match each resistor to the value of the current passing through it. R1 R2 R3 R4

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter10: Direct-current Circuits

Section: Chapter Questions

Problem 43P: Consider the circuit shown below. Write equations for the three currents in terms of R and V.

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Question

The values of the resistances of the resistors are as follows:
R1 = 10N
R2 = 50N
R3 = 100N
R4 = 25N
|3D
The emf of the battery is E = 12V and the switch is in the CLOSED
position.
Match each resistor to the value of the current passing through it.
R1
R2
R3
R4

Consider the circuit shown below. S represents a switch.
R2
ww
R1
ww
S
ww

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