Friday

December 19, 2014

December 19, 2014

Posted by **Jim** on Friday, March 2, 2012 at 6:36pm.

1. The voltage across the resistor can exceed the maximum source voltage.

2.

The voltage across the inductor can exceed the maximum source voltage.

3.

The voltage across the capacitor can exceed the maximum source voltage.

4.

None of these voltages can ever exceed the maximum source voltage.

5.

Kirchoff's loop rule is only valid for DC circuits, and does not apply to this AC situation.

6.

Kirchoff's loop rule can be applied to AC circuits, but not to this circuit in particular.

7.

Kirchoff's loop rule is valid for this circuit - at all times the sum of the voltages across the resistor, capacitor, and inductor equal the source voltage.

(b) Resonance is a very special condition in an AC circuit. The resonance frequency is the natural oscillation frequency of the circuit itself, so when the source frequency equals the resonance frequency some special things happen. Select all the statements below that are true at resonance.

8.

For a particular set of R, L, and C values, the current in the circuit is maximized when the circuit is at its resonance frequency.

9.

For a particular set of R, L, and C values, the current in the circuit is minimized when the circuit is at its resonance frequency.

10.

For a particular set of R, L, and C values, the impedance Z of the circuit is maximized when the circuit is at its resonance frequency.

11.

For a particular set of R, L, and C values, the impedance Z of the circuit is minimized when the circuit is at its resonance frequency.

12.

For a particular set of R, L, and C values, the magnitude of the phase angle is zero when the circuit is at its resonance frequency.

13.

For a particular set of R, L, and C values, the magnitude of the phase angle is 90 degrees when the circuit is at its resonance frequency.

14.

For a particular set of R, L, and C values, the power dissipated in the circuit is maximized when the circuit is at its resonance frequency.

15.

For a particular set of R, L, and C values, the power dissipated in the circuit is minimized when the circuit is at its resonance frequency.

- Physics, help please! -
**bobpursley**, Friday, March 2, 2012 at 6:38pmWe will be happy to critique your responses.

**Answer this Question**

**Related Questions**

Physics circuit help please! - Hi all. I posted earlier but I'm still stuck on ...

Physics help please! - Hi all. I posted earlier but I'm still stuck on part of ...

physics, help with circuits please! - Can the voltage across any of the three ...

Physical Science: Series Circuit - There is a circuit of 2 lamps in a series. If...

Doogleberry Physcis - In an L-R-C series circuit, the resistance is 380 Ohms, ...

Circuit and electronics - Here we analyze the time response of the circuit in ...

Physics - A series RCL circuit contains only a capacitor (C=6.60 F), an ...

physics - Please check my work here: Resistors of 30 ohms and 60 ohms are ...

Circuits - I have to calculate the voltage across the resistor of an rlc circuit...

physics. - resistors of 30 ohms and 60 ohms are connected in parallel and joined...