Question

7. A 20/n uf of a capacitor is discharged through a 50/2 mH an inductor. Calculate the frequency of discharge
1s
(A) 100 Hz
(B) 200 Hz
(C) 500 Hz
(D) 50 Hz
mm
molitude of an .
TO​

Answer 1

Answer:

Explanation:

A

Answer 2

question : A 20/π μf of a capacitor is discharged through a 50/π mH an inductor. Calculate the frequency of discharge is

(A) 100 Hz

(B) 200 Hz

(C) 500 Hz

(D) 50 Hz

Given info : A 20/π μF of a capacitor is discharged through a 50/π mH of an inductor.

To find : The frequency of oscillator is...

solution : inductance of the inductor, L = 50/π mH

conductance of the conductor, C = 20/π μC

using formula,

angular frequency of oscillator is given by, ω = 1/√(LC)

= 1/√{50/π × 10¯³ H × 20/π × 10¯⁶}

= 10³π rad/s

we know, angular frequency = 2π × frequency

⇒frequency = ω/2π = (10³π)/2π = 500 Hz

Therefore the frequency of oscillator is 500 Hz.

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