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Problem 1 [ .. In the direct current circuit shown on the sketch the current I=1.0A flows down through the resistor R=2.092 and the current I=0.2A flows up the resistor R=2.09. Also, R=4.092, &B-1.5 V and £2=0.5 V (ɛ/ is not given, but it isn't needed for the questions below). Find: દા 1. Current Is and internal resistance of the battery (located in the middle branch); Terminal voltage of the battery; 2. 3. Time rate of energy change in the circuit due to the battery. Is the battery providing a power output, or? Explain how you could tell. RI EB €2 R₂ F R3

Problem 1 [ .. In the direct current circuit shown on the sketch the current I=1.0A flows down through the resistor R=2.092 and the current I=0.2A flows up the resistor R=2.09. Also, R=4.092, &B-1.5 V and £2=0.5 V (ɛ/ is not given, but it isn't needed for the questions below). Find: દા 1. Current Is and internal resistance of the battery (located in the middle branch); Terminal voltage of the battery; 2. 3. Time rate of energy change in the circuit due to the battery. Is the battery providing a power output, or? Explain how you could tell. RI EB €2 R₂ F R3

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
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Problem 1 [ . In the direct current circuit shown on the sketch the current I=1.0A flows down through the resistor R=2.002 and the current I=0.2A flows up the resistor R-2.00. Also, R=4.092,-1.5 V and £2=0.5 V (ɛ/ is not given, but it isn't needed for the questions below). Find: દા 1. Current Is and internal resistance of the battery (located in the middle branch); 2. Terminal voltage of the battery; 3. Time rate of energy change in the circuit due to the battery. Is the battery providing a power output, or? Explain how you could tell. RI EB E2 R₂ R3
Transcribed Image Text:Problem 1 [ . In the direct current circuit shown on the sketch the current I=1.0A flows down through the resistor R=2.002 and the current I=0.2A flows up the resistor R-2.00. Also, R=4.092,-1.5 V and £2=0.5 V (ɛ/ is not given, but it isn't needed for the questions below). Find: દા 1. Current Is and internal resistance of the battery (located in the middle branch); 2. Terminal voltage of the battery; 3. Time rate of energy change in the circuit due to the battery. Is the battery providing a power output, or? Explain how you could tell. RI EB E2 R₂ R3
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