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Determine the following:

1			Amplitude of the circuit current Need a Hint?
2			Period of the time-varying current and voltage Need a Hint?
3			Initial phase angle that would allow us to write V = Vm sin2πft Need a Hint?
4			Time when V = 60.0 V Need a Hint?
5			Phase angle difference between i and V Need a Hint?

The components of the RLC series circuit shown below have the values R = 100 Ω, L = 0.300 H, C = 4.00 × 10^-5 F, and the circuit is powered by a 120-V, 60.0 Hz source.

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6			Inductive reactance Need a Hint?
7			Capacitance reactance Need a Hint?
8			Total impedance Need a Hint?
9			Maximum circuit current Need a Hint?
10			Phase angle between circuit current and the potential difference across the resistor Need a Hint?
11			Phase angle between circuit current and the potential difference across the capacitor Need a Hint?
12			Phase angle between circuit current and the potential difference across the inductor Need a Hint?
13			Phase angle between circuit current and the potential difference across the entire circuit Need a Hint?
14			Maximum potential difference across the resistor Need a Hint?
15			Maximum potential difference across the capacitor Need a Hint?
16			Maximum potential difference across the inductor Need a Hint?
17			Power factor Need a Hint?
18			Value of the capacitance that brings this circuit into resonance Need a Hint?
19			Maximum circuit current at resonance Need a Hint?
20			Power factor at resonance Need a Hint?
21			Average power delivered to circuit at resonance Need a Hint?
22			Maximum potential drop across the resistor at resonance Need a Hint?
23			Average power loss to the capacitor at resonance Need a Hint?