iR 200 Ω 250 mH ic + VC 16 uF 9. For the parallel RLC circuit shown on the previous page, vc(0) - 40 V and iz (0) the following. (a) in(0) and ic(0). (b) uc(t) for t>0. Table 8.2 comes in very handy here. - 10 mA. Find (c) i(t) fort >0. You know the voltage across the capacitor (answer to part (b)) which is the same as the voltage across the inductor. Knowing how i and v are related for an inductor, you can then find the current from the voltage. This involves an integral that wouldn't be pleasant to do on your own. However, feel free to use a tool such as WolframAlpha to perform this integration.

iR 200 Ω 250 mH ic + VC 16 uF 9. For the parallel RLC circuit shown on the previous page, vc(0) - 40 V and iz (0) the following. (a) in(0) and ic(0). (b) uc(t) for t>0. Table 8.2 comes in very handy here. - 10 mA. Find (c) i(t) fort >0. You know the voltage across the capacitor (answer to part (b)) which is the same as the voltage across the inductor. Knowing how i and v are related for an inductor, you can then find the current from the voltage. This involves an integral that wouldn't be pleasant to do on your own. However, feel free to use a tool such as WolframAlpha to perform this integration.

EBK ELECTRICAL WIRING RESIDENTIAL

19th Edition

ISBN:9781337516549

Author:Simmons

Publisher:Simmons

Chapter19: Special-purpose Outlets-water Pump, Water Heater

Section19.2: Water Heater Branch Circuit

Problem 9R: An 80-gallon electric water heater has 60F (15.56C) incoming water. How many minutes can a...

See similar textbooks