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A heater element rated for 1000 watts and 120 volts is operated from a 100-volt source. As a result, its:

A heater element rated for 1000 watts and 120 volts is operated from a 100-volt source. As a result, its:

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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A heater element rated for 1000 watts and 120 volts is operated from a 100-volt source. As a result, its: resistance will decrease. wattage will increase. current will increase. resistance will remain the same. In a parallel circuit, the current flow through each load resistor: varies according to the resistance value of the resistor. is greater for resistors with high resistance values. is greater for resistors with low resistance values. is exactly the same value. Which statement is correct about a parallel circuit? The total current is equivalent to the sum of the branch currents. The source voltage is equivalent to the voltage across each load. The source voltage is equivalent to the sum of the individual voltage drops. The total resistance is equivalent to the sum of the reciprocal of each load resistance.
Transcribed Image Text:A heater element rated for 1000 watts and 120 volts is operated from a 100-volt source. As a result, its: resistance will decrease. wattage will increase. current will increase. resistance will remain the same. In a parallel circuit, the current flow through each load resistor: varies according to the resistance value of the resistor. is greater for resistors with high resistance values. is greater for resistors with low resistance values. is exactly the same value. Which statement is correct about a parallel circuit? The total current is equivalent to the sum of the branch currents. The source voltage is equivalent to the voltage across each load. The source voltage is equivalent to the sum of the individual voltage drops. The total resistance is equivalent to the sum of the reciprocal of each load resistance.
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