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Readng Question 31.027 In a damped RLC circuit, what happens to the current and the capacitor...

Readng Question 31.027 In a damped RLC circuit, what happens to the current and the capacitor potential difference?

The current and potential difference decrease.

The current decreases but the potential difference increases.

The current decreases and the potential difference is constant.

The current is constant but the potential difference decreases.

The current is constant but the potential difference increases.

The current and potential difference are constant.

The current increases but the potential difference decreases.

The current increases but the potential difference is constant.

The current and potential difference increase.

Reading Question 31.030 What are the phase and the phase constant of the current in an ac circuit?

The phase is the amplitude of the current. The phase constant is the argument of the sine function.

The phase is the magnitude of the current at any given instant. The phase constant is the argument of the sine function.

The phase is the amplitude of the current at any given instant. The phase constant is the phase difference with the driving emf.

The phase is the magnitude of the current at any given instant. The phase constant is the phase difference with the driving emf.

The phase is the argument of the sine function. The phase constant is the phase difference with the driving emf.

The phase is the phase difference with the driving emf. The phase constant is the argument of the sine function.

Expert Solution

genius_generous answered 2 years ago

show that the relaxation time for a heavily damped rlc circuit is RC

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