stunner5000pt
Nov10-04, 07:10 PM
A battery is connecteed to a capacitor and the capacitor(C) is connected to an inductor(L) which si connected to a resistor (R) and the resistor is connected back to the battery ALL IN SERIES. A voltmeter is connected across the terminal of the resistor
Using I_{0} = \frac{V_{0}}{Z}
derive an expression for Io through the above described circuit as a function of frequency
Here anything with the subscript o means that it is the initial state.
I am not sure how they go about solving this but i know that the resonant frequency is given by
f = \frac{1}{2 \pi \sqrt{LC}}
but i am not sure on how to proceed is there some formula i don't know or am i missing??
Using I_{0} = \frac{V_{0}}{Z}
derive an expression for Io through the above described circuit as a function of frequency
Here anything with the subscript o means that it is the initial state.
I am not sure how they go about solving this but i know that the resonant frequency is given by
f = \frac{1}{2 \pi \sqrt{LC}}
but i am not sure on how to proceed is there some formula i don't know or am i missing??