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QUESTION 4 If R₁ = 1.58 ko and V₁ = 18 V, solve for R3. It. Pt. 11, 12 and 13 1 R3 = -Vs a) 3.888 ΚΩ b) 5.243 ΚΩ c) 2.719 ΚΩ d) 6.382 ΚΩ e) 6.451 ΚΩ R1 4.9 k Ohm t = a) 11.392 mA b) 13.409 mA c) 12.281 mA d) 10.204 mA e) 7.843 mA R2 4.2 k Ohm Pt= a) 153.061 mW b) 94.118 mW c) 205.063 mW d) 193.96 mW e) 171.93 mW R3 11 = a) 2.5 mA b) 6.087 mA c) 3.192 mA d) 2.308 mA e) 3.675 mA 12= a) 4 mA b) 4.688 mA c) 2.449 mA d) 4.286 mA e) 2.656 mA 13 = a) 2.325 mA b) 3.087 mA c) 3.433 mA d) 6.253 mA e) 2.194 mA

QUESTION 4 If R₁ = 1.58 ko and V₁ = 18 V, solve for R3. It. Pt. 11, 12 and 13 1 R3 = -Vs a) 3.888 ΚΩ b) 5.243 ΚΩ c) 2.719 ΚΩ d) 6.382 ΚΩ e) 6.451 ΚΩ R1 4.9 k Ohm t = a) 11.392 mA b) 13.409 mA c) 12.281 mA d) 10.204 mA e) 7.843 mA R2 4.2 k Ohm Pt= a) 153.061 mW b) 94.118 mW c) 205.063 mW d) 193.96 mW e) 171.93 mW R3 11 = a) 2.5 mA b) 6.087 mA c) 3.192 mA d) 2.308 mA e) 3.675 mA 12= a) 4 mA b) 4.688 mA c) 2.449 mA d) 4.286 mA e) 2.656 mA 13 = a) 2.325 mA b) 3.087 mA c) 3.433 mA d) 6.253 mA e) 2.194 mA

Delmar's Standard Textbook Of Electricity
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter16: Inductance In Ac Circuits
Section: Chapter Questions
Problem 1PP: Inductive Circuits Fill in all the missing values. Refer to the following formulas:...
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QUESTION 4 If R₁ = 1.58 kQ and V₁ = 18 V, solve for R3, It, Pt, 1₁, 12 and 13 R3 = || _Vs a) 3.888 ΚΩ b) 5.243 ΚΩ c) 2.719 ΚΩ d) 6.382 kQ e) 6.451 ΚΩ R1 4.9 k Ohm It = a) 11.392 mA b) 13.409 mA c) 12.281 mA d) 10.204 mA e) 7.843 mA R2 4.2 k Ohm P₁ = a) 153.061 mW b) 94.118 mW c) 205.063 mW d) 193.96 mW e) 171.93 mW R3 ₁ = a) 2.5 mA b) 6.087 mA c) 3.192 mA d) 2.308 mA e) 3.675 mA 12 = a) 4 mA b) 4.688 mA c) 2.449 mA d) 4.286 mA e) 2.656 mA 13 = a) 2.325 mA b) 3.087 mA c) 3.433 mA d) 6.253 mA e) 2.194 mA
Transcribed Image Text:QUESTION 4 If R₁ = 1.58 kQ and V₁ = 18 V, solve for R3, It, Pt, 1₁, 12 and 13 R3 = || _Vs a) 3.888 ΚΩ b) 5.243 ΚΩ c) 2.719 ΚΩ d) 6.382 kQ e) 6.451 ΚΩ R1 4.9 k Ohm It = a) 11.392 mA b) 13.409 mA c) 12.281 mA d) 10.204 mA e) 7.843 mA R2 4.2 k Ohm P₁ = a) 153.061 mW b) 94.118 mW c) 205.063 mW d) 193.96 mW e) 171.93 mW R3 ₁ = a) 2.5 mA b) 6.087 mA c) 3.192 mA d) 2.308 mA e) 3.675 mA 12 = a) 4 mA b) 4.688 mA c) 2.449 mA d) 4.286 mA e) 2.656 mA 13 = a) 2.325 mA b) 3.087 mA c) 3.433 mA d) 6.253 mA e) 2.194 mA
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