(b) An AC voltage source of V = 310 sin (25nt) is connected to a 140 N resistor, where V is in Volts and t is in seconds. Calculatethe rms current across the resistor.Satu sumber voltan ulang-alik V = 310 sin (25nt) disambunakan dengan perintang 140 n di mana V adalah dalam voltan dan tadalah dalam saat. Hitung arus rms merentasi perintang|A(c) A series circuit contains a resistor R with resistance of 31 0, an inductor L of 115.75 mH with inductive reactance of 40 n and acapacitor C of 22.79 µF with capacitive reactance of 127 N. The circuit is connected to a rms voltage supply of 23 V with 55 Hzfrequency.Satu litar sesiri mengandungi satu perintang R dengan kerintangan 31 0, satu induktor L 115.75 mH dengan kereaktifaninduktif 40 n dan satu kapasitor C 22.79 µF dengan kereaktifan kapasitif 40 n. Litar tersebut disambungkan ke sumber voltan rms 23V dengan frekuensi 23 Hz.(i) Calculate the impedance of the circuit.Hitung impedans litar.(ii)Find the frequency when the current is maximun.Cari frekuensi apabila arus adalah maksima.Hz

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Answered: An AC voltage source of V = 310 sin…

An AC voltage source of V = 310 sin (25Tt) is connected to a 140 0 resistor, where V is in Volts and t is in seconds. Calculate Is current across the resistor.

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Question

(b) An AC voltage source of V = 310 sin (25nt) is connected to a 140 N resistor, where V is in Volts and t is in seconds. Calculate
the rms current across the resistor.
Satu sumber voltan ulang-alik V = 310 sin (25nt) disambunakan dengan perintang 140 n di mana V adalah dalam voltan dan t
adalah dalam saat. Hitung arus rms merentasi perintang
|A
(c) A series circuit contains a resistor R with resistance of 31 0, an inductor L of 115.75 mH with inductive reactance of 40 n and a
capacitor C of 22.79 µF with capacitive reactance of 127 N. The circuit is connected to a rms voltage supply of 23 V with 55 Hz
frequency.
Satu litar sesiri mengandungi satu perintang R dengan kerintangan 31 0, satu induktor L 115.75 mH dengan kereaktifan
induktif 40 n dan satu kapasitor C 22.79 µF dengan kereaktifan kapasitif 40 n. Litar tersebut disambungkan ke sumber voltan rms 23
V dengan frekuensi 23 Hz.
(i) Calculate the impedance of the circuit.
Hitung impedans litar.
(ii)
Find the frequency when the current is maximun.
Cari frekuensi apabila arus adalah maksima.
Hz

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