Both the peak height and peak frequency double. The peak height will be half as

Question

Both the peak height and peak frequency double. The peak height will be half as great, and the peak frequency will double. The peak height won't change, and the peak frequency will be times as great. The peak height won't change, and the peak frequency will be half as great. In this problem we consider the resonance curve for a circuit with electrical components L R, , and C and resonant frequency Ohm 0 . For given values of R and C , if you double the value of L , how does the new resonance curve differ from the original one? For given values of and , if you double the value of , how does the new resonance curve differ from the original one? Both the peak height and peak frequency double. The peak height will be half as great, and the peak frequency will double. The peak height won't change, and the peak frequency will be 1/ sq. root 2 times as great. The peak height won't change, and the peak frequency will be half as great.

Explanation / Answer

The peak height won't change, and the peak frequency will be 1/sqrt 2 times as great.

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