Solution Found!
The transfer function of a circuit is if H s 20 s 8 . When the input to this circuit is
Chapter 14, Problem P14.10-10(choose chapter or problem)
The transfer function of a circuit is if \(H(s)=\) \(\frac{20}{s+8}\). When the input to this circuit is sinusoidal, the output is also sinusoidal. Let \(\omega_1\) be the frequency at which the output sinusoid is twice as large as the input sinusoid, and let \(\omega_2\) be the frequency at which output sinusoid is delayed by one tenth period with respect to the input sinusoid. Determine the values of \(\omega_1\) and \(\omega_2\).
Questions & Answers
QUESTION:
The transfer function of a circuit is if \(H(s)=\) \(\frac{20}{s+8}\). When the input to this circuit is sinusoidal, the output is also sinusoidal. Let \(\omega_1\) be the frequency at which the output sinusoid is twice as large as the input sinusoid, and let \(\omega_2\) be the frequency at which output sinusoid is delayed by one tenth period with respect to the input sinusoid. Determine the values of \(\omega_1\) and \(\omega_2\).
ANSWER:Step 1 of 5
Given,