[Answered] As in DC circuits, the superposition theorem does not hold for power because power is what type of ...

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Author Question: As in DC circuits, the superposition theorem does not hold for power because power is what type of ... (Read 84 times)

jc611

Hero Member
Posts: 552

on: Jul 28, 2018

As in DC circuits, the superposition theorem does not hold for power because power is what type of quantity?

A. Independent
B. Linear
C. Nonlinear
D. Controlled

Question 2

In what type of network is the current through an element equal to the algebraic sum of the currents that are produced by each source individually?

A. Linear
B. Connected
C. Dependent
D. Nonlinear

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eliasc0401

Sr. Member
Posts: 338

Reply #1 on: Jul 28, 2018

Answer to Question 1

C

Answer to Question 2

A

jc611

Hero Member
Posts: 552

Reply #2 on: Jul 28, 2018

Thank you!

eliasc0401

Sr. Member
Posts: 338

Reply #3 on: Jul 28, 2018

Always glad to help...

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Author Question: As in DC circuits, the superposition theorem does not hold for power because power is what type of ... (Read 84 times)

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