6) The illustrated amplifier is a slight modification of a circuit that should be familiar to you. R What is the gain of the amplifier G for DC signals, i.e., when o → 0? b) What is the gain of the amplifier G for sinusoidal AC signals when o→ o? c) What is the gain of the amplifier G when o = 1/(R¡C)?

6) The illustrated amplifier is a slight modification of a circuit that should be familiar to you. R What is the gain of the amplifier G for DC signals, i.e., when o → 0? b) What is the gain of the amplifier G for sinusoidal AC signals when o→ o? c) What is the gain of the amplifier G when o = 1/(R¡C)?

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AC An AC current passes through a capacitor as shown. How does the phase of the voltage across the capacitor (the potential difference between its plates) compare with that of the current produced by the AC power supply? O phase is the same phase leads by 90° phase lags by 90° phase leads by 120°
e. The peak current for this circuit at any frequency w is given by: |R² + (Xµ – X.)² Explain mathematically why this peak current is maxed out only when driven at the resonance frequency
Please solve and answer the question correctly please. Also be sure to give the correct units. Thank you!
A note about rms, which stands for root-mean-square: The rms voltage is a measure of the average effective voltage. If you use peak (maximum) values of voltage or current in any of the transformer equations, you get peak values out. If you use rms values in the equations, you get rms values out. The bottom line: Don't be confused by the rms values-you can use them in the equations and you'll be fine. A typical pole-mounted transformer, the last step in the power distribution process before electricity is delivered to residential customers, has an rms voltage of 9600 volts on the primary coil. The secondary coil has an rms output voltage of 240 volts, which is delivered to one or more houses. (a) What is the ratio of the number of turns in the primary coil to the number in the secondary? Np X Ns = (b) If the rms current on the primary side is 6.00 A, and each house requires an rms current of 40 A, how many houses can this transformer supply electricity to? houses
Part A A capacitor is connected across an ac source that has voltage amplitude 52.0 V and frequency 75.0 Hz What is the phase angle o for the source voltage relative to the current? Express your answer in degrees. 0= -90 o Submit Previous Answers v Correct Part B Does the source voltage lag or lead the current? O lead O lag Submit Request Answer Part C What is the capacitance C of the capacitor if the current amplitude is 5.00 A ? Express your answer with the appropriate units. HA ? C = Value Units Submit Request Answer
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