6 Connecting Batteries You have two ideal batteries connected as shown in the schematic below. Battery V1 is charged to 4.0V and battery V2 is charged to 3.8V and the resistor is 1 ohm. When you close...


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6 Connecting Batteries<br>You have two ideal batteries connected as shown in the schematic below. Battery V1 is charged to 4.0V and battery V2 is charged to 3.8V<br>and the resistor is 1 ohm. When you close the switch,<br>• What is the magnitude of the current?<br>• In which direction does the current flow?<br>R<br>V1<br>V2-<br>7 Battery Short Circuit<br>Assume that you have a battery charged to 50 volts with an internal resistance of 60 milliohms. What current flows if you put a short circuit<br>across the battery terminals?<br>

Extracted text: 6 Connecting Batteries You have two ideal batteries connected as shown in the schematic below. Battery V1 is charged to 4.0V and battery V2 is charged to 3.8V and the resistor is 1 ohm. When you close the switch, • What is the magnitude of the current? • In which direction does the current flow? R V1 V2- 7 Battery Short Circuit Assume that you have a battery charged to 50 volts with an internal resistance of 60 milliohms. What current flows if you put a short circuit across the battery terminals?

Jun 11, 2022
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