1. A wattmeter measures power by measuring the product of the current through and the voltage across a circuit. Two possible connections are shown below. Find the power measured in each case. The voltage of the coil of the wattmeter has a resistance of 9 ohms and the resistance of the current coil is 6 ohms. 1So v 150 (2) (6) 2. Two electrons are placed at a certain distance between each other? The force between them is?

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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1. A wattmeter measures power by measuring the product of the current through and
the voltage across a circuit. Two possible connections are shown below. Find the
power measured in each case. The voltage of the coil of the wattmeter has a resistance of
9 ohms and the resistance of the current coil is 6 ohms.
(6)
2. Two
electrons are placed at a certain distance between each other? The force between them
is
Transcribed Image Text:1. A wattmeter measures power by measuring the product of the current through and the voltage across a circuit. Two possible connections are shown below. Find the power measured in each case. The voltage of the coil of the wattmeter has a resistance of 9 ohms and the resistance of the current coil is 6 ohms. (6) 2. Two electrons are placed at a certain distance between each other? The force between them is
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