In the circuit shown, V = 5V, R. = 4k, and R = 40kn. = If RL 200kn, please calculate the following: I₁ = 1.25 mA I2 = 0.275 mA I。 = 1.65 mA V. = 55 V If RL = 20kn, please calculate the following: I₁ = 1.25 mA I2 = 27.5 mA I。 = 4.125 mA V = 55 V If R₁ = 2kN, please calculate the following: I₁ = 1.25 mA I2 = 27.5 mA I = 28.875 mA V = 55 V 40ΚΩ. Vs R1 R₂ | ↑ I₁ V₁ RL
In the circuit shown, V = 5V, R. = 4k, and R = 40kn. = If RL 200kn, please calculate the following: I₁ = 1.25 mA I2 = 0.275 mA I。 = 1.65 mA V. = 55 V If RL = 20kn, please calculate the following: I₁ = 1.25 mA I2 = 27.5 mA I。 = 4.125 mA V = 55 V If R₁ = 2kN, please calculate the following: I₁ = 1.25 mA I2 = 27.5 mA I = 28.875 mA V = 55 V 40ΚΩ. Vs R1 R₂ | ↑ I₁ V₁ RL
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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Transcribed Image Text:In the circuit shown, V = 5V, R. = 4k, and R = 40kn.
=
If RL 200kn, please calculate the following:
I₁ =
1.25
mA
I2 = 0.275
mA
I。 = 1.65
mA
V. = 55
V
If RL = 20kn, please calculate the following:
I₁ = 1.25
mA
I2 = 27.5
mA
I。 = 4.125
mA
V = 55
V
If R₁ = 2kN, please calculate the following:
I₁ = 1.25
mA
I2 = 27.5
mA
I
=
28.875
mA
V = 55
V
40ΚΩ.
Vs
R1
R₂
| ↑
I₁
V₁
RL
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