
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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The displayed circuit is connected for 2 minutes. a)Determine the current in each branch of the circuit b)Find the power that is provided by each battery c)Find the power that is provided by each resistor

Transcribed Image Text:5.00 Ω 3.00 Ω
1.00 Ω
1.00 2
8.00 N
4.00 V
12.0 V
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- While measuring the resistance of a wire with an ohmmeter:technician A says that of low resistance is shown on the meter the wire is shorted. Technician B says if infinite resistance is measured the wire is shorted. Who is correct?arrow_forward1. What is the nominal resistance of a resistor with the following color rings: Blue, Grey, Orange, Silver 660 KOhm 68 KOhm 680 KOhm 86 KOhmarrow_forwardIf the current through a resistor is 2 mA and the voltage drop across the resistor is 4.4 V, what is the value of the resistor? (Give answer in kohms and do not enter the units in your answer. Round your answer if needed.)arrow_forward
- Questions 1-4 are based on the SLI battery (one battery module) in a car with specifications: Open Circuit Voltage (OCV): 12 V Resistance: 0.01 ohmDischarge Capacity: 50 Ah You are building an electric go-cart battery pack using 4 of these battery modules connected in series. 1. What is this battery pack open circuit voltage? 2. What is this battery pack capacity? 3. What is this battery pack energy? 4. Now connecting this battery pack with a traction motor, what is the battery pack voltage if the motor draws 200 A? Hint: Need to consider the battery internal resistances (in series connection) because now there is a load (not OCV).arrow_forwardCompare the constant in each of the equations to the resistance of each resistor.arrow_forwardDon't Give wrong answerarrow_forward
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