It is square root of 2 times 10 not square root of 210. Answer the following Given the circuit below. i, (t) = v210 cos(377t). Give your answer in four decimal places if it is not a whole number.12is2Ω0.2 H 6. The total real power dissipated by the circuit is (in W):7. The reactive power dissipated by the source is (in Vars):8. The apparent power dissipated by the source is (in VA):

Brief description: The value of current source is given as is(t) is(t) = 10 √2 cos(377t) By…

Answered: Given the circuit below. i, (t) = v210…

Given the circuit below. i, (t) = v210 cos(377t). Give your answer in four decimal places if it is not a whole number. II 1Ω is 2Ω 0.2 H

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter5: Components, Symbols, And Circuitry Of Air-conditioning Wiring Diagrams

Section: Chapter Questions

Problem 16RQ: Which of the following is not a requirement for an electric circuit? a. a source b. a path c. a load...

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Concept explainers

Magnetically Coupled Circuit

When two loops of a circuit with or without any physical contact affect each other with the help of magnetic fields, the circuits are said to be magnetically coupled. Magnetically coupled circuits are important parameters in electrical engineering. The most common example of a magnetically coupled circuit is a transformer. The transformer is a device used to transfer electric energy from one circuit to another. The primary winding and secondary winding are the main elements of a transformer. The primary winding creates varying magnetic flux and the secondary winding induces the electromotive force due to the effect of magnetic flux created by the primary winding.

Question

It is square root of 2 times 10 not square root of 210. Answer the following

Given the circuit below. i, (t) = v210 cos(377t). Give your answer in four decimal places if it is not a whole number.
12
is
2Ω
0.2 H

6. The total real power dissipated by the circuit is (in W):
7. The reactive power dissipated by the source is (in Vars):
8. The apparent power dissipated by the source is (in VA):

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