A capacitor of 20 x 10\(^{-12}\)F and an inductor are joined in series. The value of the inductance that will give the circuit a resonance frequency of 200 kHz is

a

\(\frac{I}{16}\) H

b

\(\frac{I}{8}\) H

c

\(\frac{I}{64}\) H

d

\(\frac{I}{32}\) H

Download Offline App Ask a Question

Explanation

Correct Option
d

Video Explanation

Post your Contribution

Share:

Discussions (8)

azekah
1 year ago

complex calculation

eida
2 years ago

Pls someone should explain

GClegend
1 year ago

this particular solving is not clear pls help out

CRIMHAZ
3 years ago

Myschool pls change d ans to option A.
Because. (where c=capacitor
L= 1/F^2*4*π^2*C. L=inductor
1/2*10^10 * 4 * 10 * 20*10^-12.] F=freq)
1/80*10^10 * 20*10^-12. ...............
1/8*10^11 *2*10^-11
1/8*2
:. L=1/16

Quick Questions

Ask a Question
CO

ceoofwahala

20th June, 2026

Chemistry


2 comments

ASSAAS

20th June, 2026

English Language


5 comments

infinitehoaxx

21st May, 2026

Computer


4 comments