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Six group of batteries are in parallel. Each group as 10 cells connected in series, each has an internal emf of Gv and resistance of 0.4.2. a. Determine the equivalent emf and the internal resistance of the battery system. b. If a f-kn load resistor is connected to the battery system, what is the power dissipated to this load resistor? C. In & hre operation, determine the total energy delivered by the source to the 1-KM load resistor.

Six group of batteries are in parallel. Each group as 10 cells connected in series, each has an internal emf of Gv and resistance of 0.4.2. a. Determine the equivalent emf and the internal resistance of the battery system. b. If a f-kn load resistor is connected to the battery system, what is the power dissipated to this load resistor? C. In & hre operation, determine the total energy delivered by the source to the 1-KM load resistor.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Six groups of batteries are in parallel. Each group has 10 cells connected in series, each has an internal emf of 6V and resistance of 0.4

Six group of batteries are in parallel. Each group. has 10 cells connected in series, each has an internal emf of Gv and resistance of 0.4.02. a. Determine the equivalent emf and the internal resistance of the battery system. b. If a 1-kn load resistor is connected to the battery system, what is the power dissipated to this load veristor? c. In & hre operation, determine the total energy delivered by the source to the 1-K load resistor.
Transcribed Image Text:Six group of batteries are in parallel. Each group. has 10 cells connected in series, each has an internal emf of Gv and resistance of 0.4.02. a. Determine the equivalent emf and the internal resistance of the battery system. b. If a 1-kn load resistor is connected to the battery system, what is the power dissipated to this load veristor? c. In & hre operation, determine the total energy delivered by the source to the 1-K load resistor.
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