13 Use the circuit on the right. Makesure you use at LEAST Three significantfigures throughout the entire problem.Calculate the Net Resistance {}.a) 12.1b) 1.09c) 8.92b) 330.c) 2,750d) 9.09HoleCalculate the Net Current {mA} through the Battery.a) 288d) 363c) 3.003 Ve) 10.4Calculate the Voltage Drop (V) across the 8- resistor.a) 2.64b) 2.45d) 2.308 Ωe) 306e) 0.3602 Ω4 ΩwwwU 9www

As we can see that the resistance , and are in parallel therefore net resistance is given as, This resistance is in series with resistor. The net resistance will be, Net current can be calculated by OHM's law, Voltage drop across Resistor is given by, Answers:a) b) c)

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Use the circuit on the right. Make sure you use at LEAST Three significant figures throughout the entire problem. Calculate the Net Resistance {N}. b) 1.09 a) 12.1 c) 8.92 d) 9.09 Holt 3 V e) 10.4 8 Ω 252 4 Ω

Use the circuit on the right. Make sure you use at LEAST Three significant figures throughout the entire problem. Calculate the Net Resistance {N}. b) 1.09 a) 12.1 c) 8.92 d) 9.09 Holt 3 V e) 10.4 8 Ω 252 4 Ω

College Physics

1st Edition

ISBN:9781938168000

Author:Paul Peter Urone, Roger Hinrichs

Publisher:Paul Peter Urone, Roger Hinrichs

Chapter21: Circuits And Dc Instruments

Section: Chapter Questions

Problem 1PE: (a) What is the resistance often 275-O resistors connected in series? (b) In parallel?

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Question

Use the circuit on the right. Make
sure you use at LEAST Three significant
figures throughout the entire problem.
Calculate the Net Resistance {}.
a) 12.1
b) 1.09
c) 8.92
b) 330.
c) 2,750
d) 9.09
Hole
Calculate the Net Current {mA} through the Battery.
a) 288
d) 363
c) 3.00
3 V
e) 10.4
Calculate the Voltage Drop (V) across the 8- resistor.
a) 2.64
b) 2.45
d) 2.30
8 Ω
e) 306
e) 0.360
2 Ω
4 Ω
www
U 9
www

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