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Category > Management Posted 11 Jul 2017 My Price 15.00

voltage across the inductor

For the following circuit, what is the current through and voltage across the inductor?

Ra=3.0 k?, Rb=1.5 k?, L=100 mH, Is=10 mA.

Image for For the following circuit, what is the current through and voltage across the inductor? Ra=3.0 k?, Rb=1.5 k?,

Image for For the following circuit, what is the current through and voltage across the inductor? Ra=3.0 k?, Rb=1.5 k?,

Image for For the following circuit, what is the current through and voltage across the inductor? Ra=3.0 k?, Rb=1.5 k?,

Show transcribed image text For the following circuit, what is the current through and voltage across the inductor? Ra=3.0 k?, Rb=1.5 k?, L=100 mH, Is=10 mA. Part A For the following circuit, what is the current through and voltage across the inductor Ra=3.0kOhm, Rb=1.5 kOhm L=100 mH, Is=10 mA. Express your answer numerically in mA and V to three significant figures on the diagram. Part C The L = 100 mH inductor in the following figure has an initial current of Io= 10 mA. If the voltage is, v(t) = 1e^-10t + 2e^-5t V, what is the current i(t), through the inductor? Express your answer as a function of time with units of mA. i(t)= mA Part D The current through the L = 100 mH inductor in the following figure is i = 2t^2 mA. Find the power absorbed by the inductor as a function of time. Express your answer as a function of time in units of MuW to three significant figures. Part E The current through the L = 100 mH inductor in the following figure is i = 2(2-e^-t/100) mA. Use the integral of the power to find the initial energy stored in the inductor at t= 0.

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Maurice Tutor
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Status NEW Posted 11 Jul 2017 01:07 PM My Price 15.00

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