Final answer:
To find the voltage across the capacitor (VC) in a series resonant circuit, we multiply the applied voltage by the quality factor (Q), resulting in VC being 95 times the applied voltage of 5μV, which equals 475μV.
Step-by-step explanation:
The question relates to the voltage across a capacitor in a series resonant circuit when a specific voltage is applied. This involves calculating the resonant peak voltage across the circuit components using the quality factor (Q) of the circuit. Here, the student is provided the Q factor of 95 and an operating frequency of 4.5MHz, with an applied voltage of 5μV. To find the voltage across the capacitor (VC), we need to use the formula for resonant circuits where the voltage across the capacitor at resonance is Q times the applied voltage, i.e., VC = Q × Vapplied. So, the voltage across the capacitor would be 95 times 5μV or 475μV.