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1. The 5980 uF capacitor is connected to a 15-V battery and an unknown resistor in series. The value of the voltage across the capacitor at 1.80 s is 11.5 V, determine the resistance of the resistor. 2. The capacitor with a capacitance of 350 µF is fully charged by a 12-V battery and is connected to a 7500-ohm resistor in series. Determine (a) the time constant, (b) the value of the voltage across the capacitor at 0.4 time constant, and (c) the time it take to fully discharge the capacitor? 3. Given the capacitance of each capacitor as shown in the diagram. If the voltage of the source is 20.0 V, determine the ff: F CHI a. Total capacitance b. Total Charge c. Voltage in each capacitor d. Charge in each capacitor e. No. of electrons in each capacitor

1. The 5980 uF capacitor is connected to a 15-V battery and an unknown resistor in series. The value of the voltage across the capacitor at 1.80 s is 11.5 V, determine the resistance of the resistor. 2. The capacitor with a capacitance of 350 µF is fully charged by a 12-V battery and is connected to a 7500-ohm resistor in series. Determine (a) the time constant, (b) the value of the voltage across the capacitor at 0.4 time constant, and (c) the time it take to fully discharge the capacitor? 3. Given the capacitance of each capacitor as shown in the diagram. If the voltage of the source is 20.0 V, determine the ff: F CHI a. Total capacitance b. Total Charge c. Voltage in each capacitor d. Charge in each capacitor e. No. of electrons in each capacitor

College Physics
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
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Please answer all questions as they are interrelated to one another and your rule states that you can answer a maximum of 3.
Instruction: In a clean white sheet of paper, answer the following problems, show your complete solution, and box your final answer. 1. The 5980 µF capacitor is connected to a 15-V battery and an unknown resistor in series. The value of the voltage across the capacitor at 1.80 s is 11.5 V, determine the resistance of the resistor. 2. The capacitor with a capacitance of 350 µF is fully charged by a 12-V battery and is connected to a 7500-ohm resistor in series. Determine (a) the time constant, (b) the value of the voltage across the capacitor at 0.4 time constant, and (c) the time it take to fully discharge the capacitor? 3. Given the capacitance of each capacitor as shown in the diagram. If the voltage of the source is 20.0 V, determine the ff: a. Total capacitance b. Total Charge c. Voltage in each capacitor F d. Charge in each capacitor e. No. of electrons in each capacitor FL Vr=20.0 V C₁= 2.70 uF C₂=3.50 uF HHHH C₂ = 9.00 uF C4 = 5.30 uF C5 = 4.80 µF C6 = 7.20 µF AND COLLABORATION AT HOME
Transcribed Image Text:Instruction: In a clean white sheet of paper, answer the following problems, show your complete solution, and box your final answer. 1. The 5980 µF capacitor is connected to a 15-V battery and an unknown resistor in series. The value of the voltage across the capacitor at 1.80 s is 11.5 V, determine the resistance of the resistor. 2. The capacitor with a capacitance of 350 µF is fully charged by a 12-V battery and is connected to a 7500-ohm resistor in series. Determine (a) the time constant, (b) the value of the voltage across the capacitor at 0.4 time constant, and (c) the time it take to fully discharge the capacitor? 3. Given the capacitance of each capacitor as shown in the diagram. If the voltage of the source is 20.0 V, determine the ff: a. Total capacitance b. Total Charge c. Voltage in each capacitor F d. Charge in each capacitor e. No. of electrons in each capacitor FL Vr=20.0 V C₁= 2.70 uF C₂=3.50 uF HHHH C₂ = 9.00 uF C4 = 5.30 uF C5 = 4.80 µF C6 = 7.20 µF AND COLLABORATION AT HOME
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