SSC JE Electrical Engineering 23rd Jan 2018 Shift-1

Instructions

For the following questions answer them individually

SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 131


Which of the following is the expression for quality factor of parallel RLC circuit?

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 132


At resonant frequency, the impedanceof the series RLC circuit is

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 133


hich of the following represents the relation between the peak and average value of current for a sine wave?

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 134


In a parallel resonant circuit, the input impedanceofthe circuit is

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 135


Determine the average valueof alternating current (in A) when the peak value of currentis 14 A.

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 136


Whatwill be the total impedance (in Ohms) of a series RLC circuit, when the resistance ofthecircuit is 12 ohms, capacitive reactance of the circuit is 3 Ohms and the inductive reactance of the circuit is 8 Ohms connected in series with a 220 V, 50 Hz supply?

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 137


Determine the capacitive reactance (in Ohms) of a series resonantcircuit, when the circuit is supplied by a frequency of 50 Hz and having a capacitance 0.043 mF

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 138


What will be the resonant frequency (in kHz) of a tank circuit, when the capacitance and inductanceofthe circuit is 0.06 mF and 0.06 mH respectively?

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 139


Calculate the value of capacitance (in mF) connectedin parallel with a inductance of 3 H, when the resonant frequency of the circuit is 4 rad/sec.

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SSC JE Electrical Engineering 23rd Jan 2018 Shift-1 - Question 140


What will be the transient time (in seconds) of a series RC circuit, when the capacitance of the circuit is 8 mF and the resistance of the circuit is 8 kilo ohms?

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