Three resistors are joined together across a 24-V battery. The voltage dropacross resistor R is 8 V, the current I, through resistor R, is 0.2 A and thepower dissipated in resistor R, is 2.56 W.R2ww-R,R3d. What is the resistance and the power dissipated ineach resistor?e. What is the equivalent resistance of the network, the current drawnfrom the battery, and the total power used by the circuit?

Given Voltage V = 24 V V1 = 8 V I2 = 0.2 A P3 =2.56 W let us tabulate the values to help us…

Three resistors are joined together across a 24-V battery. The voltage drop across resistor Rị is 8 V, the current I, through resistor R, is 0.2 A and the power dissipated in resistor R, is 2.56 W. R2 R, R3 d. What is the resistance and the power dissipated in each resistor? e. What is the equivalent resistance of the network, the current drawn from the battery, and the total power used by the circuit?

Three resistors are joined together across a 24-V battery. The voltage drop across resistor Rị is 8 V, the current I, through resistor R, is 0.2 A and the power dissipated in resistor R, is 2.56 W. R2 R, R3 d. What is the resistance and the power dissipated in each resistor? e. What is the equivalent resistance of the network, the current drawn from the battery, and the total power used by the circuit?

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter9: Current And Resistance

Section: Chapter Questions

Problem 55P: A 20.00-V battery is used to supply current to a 10-k resistor. Assume the voltage drop across any...

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Question

Three resistors are joined together across a 24-V battery. The voltage drop
across resistor R is 8 V, the current I, through resistor R, is 0.2 A and the
power dissipated in resistor R, is 2.56 W.
R2
ww-
R,
R3
d. What is the resistance and the power dissipated in
each resistor?
e. What is the equivalent resistance of the network, the current drawn
from the battery, and the total power used by the circuit?

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