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What is the impedance of a $1.50-\mathrm{k} \Omega$ resistor, a $135-\mathrm{mH}$ induc-tor, and a $22.8-\mu \mathrm{F}$ capacitor connected in series with a $60.0-\mathrm{Hz}$ acgenerator?

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Physics 102 Electricity and Magnetism

Chapter 24

Alternating-Current Circuits

Current, Resistance, and Electromotive Force

Direct-Current Circuits

Electromagnetic Induction

Alternating Current

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in these questions, we have to complete the impedance off that R L C circuit. So to complicate the impedance, we have to complete both reactors first. And we begin by copulating the capacity reactors, which is given by one divided by two pi times the frequency times, the capacitance and blinking in the values given by the problem. We have two pi times 60 times 22.8 times 10 to the minus six, and this is all under one. And this is approximately 116 goals. Now we complete the inductive reactors, which, even by two why times the frequency times they looked at us and its Sequels to two pi times 16 times 135 times 10 to the minus three and disease approximately 50.9 homes. Now we are in position to copulate impudence, which, given by the square root off the resistance squared, plus the difference between the reactor NCIS squared and these these equals to the square root off 1.5 understand to the third squared plus 116 minus 51 9 squared and usually is approximately 15 Who won owns, which can be further approximated to 1.5. Keeler warms

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