1. The following data are given in connection with the parallel - series circuit of Figure 1; R₂ = 6 02, R₂ = 14 02, E₂ = 86.8 volts, R3 = 16 Q2, R₁ = 20 02, R₁ = 25 02, total power Pr = 1,922 watts. Calculate (a) the impressed voltage E, (b) the total current It, (c) the resistance R₁, (d) the equivalent resistance, (e) the voltage drop across R₁, R₁, R₁, and Rs. Hill Figure 1 m

1. The following data are given in connection with the parallel - series circuit of Figure 1; R₂ = 6 02, R₂ = 14 02, E₂ = 86.8 volts, R3 = 16 Q2, R₁ = 20 02, R₁ = 25 02, total power Pr = 1,922 watts. Calculate (a) the impressed voltage E, (b) the total current It, (c) the resistance R₁, (d) the equivalent resistance, (e) the voltage drop across R₁, R₁, R₁, and Rs. Hill Figure 1 m

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter7: Parallel Circuits

Section: Chapter Questions

Problem 3PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....

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