You have two resistors whose values you do not know, connect them in series and add 12 V. When you apply the total current through the circuit, 0.80 A and (again by applying 12 V), the same two resistors the total current through the circuit when you connect it in parallel; It measures 3.6 A. Their resistors are parallel Calculate the rate of energy dissipation in the smaller resistor when connected.
You have two resistors whose values you do not know, connect them in series and add 12 V. When you apply the total current through the circuit, 0.80 A and (again by applying 12 V), the same two resistors the total current through the circuit when you connect it in parallel; It measures 3.6 A. Their resistors are parallel Calculate the rate of energy dissipation in the smaller resistor when connected.
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
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You have two resistors whose values you do not know, connect them in series and add 12 V.
When you apply the total current through the circuit, 0.80 A and (again by applying 12 V), the same two resistors
the total current through the circuit when you connect it in parallel; It measures 3.6 A. Their resistors are parallel
Calculate the rate of energy dissipation in the smaller resistor when connected.
9 -
A) 94 W
B) 45 W
C) 36 W
D) 28 W
E) 14 W
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