select all tha apply For the circuit below find vo(t) when i(0)=5A and v(t)=0202v(t)0.4 HmThis circuit is not a source-free RL circuit3Ωthe fact that v(t)=0 means that the voltage source can be eliminated from the circuit for the purposes of circuit analysisThe circuit time constant is 1/3sThe equivalent resistance seen by the inductor is 1.2 ohmthe circuit time constant is 1s+The circuit time constant cannot be determined☐ Vo(t)=Req*i(t)☐ vo(t)=6*e-³t V% (t)The inductor current is i(t)=5*e-³t AThe inductor current is i(t)=0

It is a basic RL transient circuit We need to find out the following statements. Circuit

For the circuit below find vo(t) when i(0)=5A and v(t)=0 202 v(t) U U U i(t) 0.4 H m This circuit is not a source-free RL circuit the fact that v(t)=0 means that the voltage source can be eliminated from the circuit for the purposes of circuit analysis 3Ω The circuit time constant is 1/3s The equivalent resistance seen by the inductor is 1.2 ohm the circuit time constant is 1s The circuit time constant cannot be determined Vo(t)=Req*i(t) + The inductor current is i(t)=5*e-3t A The inductor current is i(t)=0 (1)-6*e-3t\/ vo(t)

For the circuit below find vo(t) when i(0)=5A and v(t)=0 202 v(t) U U U i(t) 0.4 H m This circuit is not a source-free RL circuit the fact that v(t)=0 means that the voltage source can be eliminated from the circuit for the purposes of circuit analysis 3Ω The circuit time constant is 1/3s The equivalent resistance seen by the inductor is 1.2 ohm the circuit time constant is 1s The circuit time constant cannot be determined Vo(t)=Reqi(t) + The inductor current is i(t)=5e-3t A The inductor current is i(t)=0 (1)-6*e-3t\/ vo(t)

Delmar's Standard Textbook Of Electricity

7th Edition

ISBN:9781337900348

Author:Stephen L. Herman

Publisher:Stephen L. Herman

Chapter19: Capacitors

Section: Chapter Questions

Problem 2PA: You are an electrician working in an industrial plant. You discover that the problem with a certain...

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