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1. 2,200 µF capacitor, initially charged to 5 V, is charged with a steady current of 100 mA. a. How much time [s] does it take to charge the capacitor to 12 V? b. How much charge, in Coulombs, was transferred to the capacitor? c. How much energy was transferred to the capacitor? d. Draw (by hand) a Power-vs-time plot for this process. Axes must be properly labeled and everything drawn to scale and neatly.

1. 2,200 µF capacitor, initially charged to 5 V, is charged with a steady current of 100 mA. a. How much time [s] does it take to charge the capacitor to 12 V? b. How much charge, in Coulombs, was transferred to the capacitor? c. How much energy was transferred to the capacitor? d. Draw (by hand) a Power-vs-time plot for this process. Axes must be properly labeled and everything drawn to scale and neatly.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Il mio snice orit onjuis 1. 2,200 µF capacitor, initially charged to 5 V, is charged with a steady current of 100 mA. a. How much time [s] does it take to charge the capacitor to 12 V? b. How much charge, in Coulombs, was transferred to the capacitor? C. How much energy was transferred to the capacitor? d. Draw (by hand) a Power-vs-time plot for this process. Axes must be properly labeled and everything drawn to scale and neatly.
Transcribed Image Text:Il mio snice orit onjuis 1. 2,200 µF capacitor, initially charged to 5 V, is charged with a steady current of 100 mA. a. How much time [s] does it take to charge the capacitor to 12 V? b. How much charge, in Coulombs, was transferred to the capacitor? C. How much energy was transferred to the capacitor? d. Draw (by hand) a Power-vs-time plot for this process. Axes must be properly labeled and everything drawn to scale and neatly.
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