### Analysis
1. **Understanding the Concept**: At low frequencies (including DC, which is 0 Hz), a capacitor behaves like an open circuit because it cannot allow a constant current to flow through it. Instead, it charges up to the applied voltage and then stops current from flowing.

2. **Capacitive Behavior at 0 Hz**: In a circuit analysis context, a capacitor blocks steady-state (DC) signals, which is akin to saying it behaves like an open circuit.

### Final Answer
**True**: At $ f = 0 \, \text{Hz} $, a capacitor takes the characteristics of an open circuit.

Question

### Analysis
1. **Understanding the Concept**: At low frequencies (including DC, which is 0 Hz), a capacitor behaves like an open circuit because it cannot allow a constant current to flow through it. Instead, it charges up to the applied voltage and then stops current from flowing.

2. **Capacitive Behavior at 0 Hz**: In a circuit analysis context, a capacitor blocks steady-state (DC) signals, which is akin to saying it behaves like an open circuit.

### Final Answer
**True**: At $ f = 0 \, \text{Hz} $, a capacitor takes the characteristics of an open circuit.

Knowee AI · Accepted Answer

### Analysis
1. **Understanding the Concept**: At low frequencies (including DC, which is 0 Hz), a capacitor behaves like an open circuit because it cannot allow a constant current to flow through it. Instead, it charges up to the applied voltage and then stops current from flowing.

2. **Capacitive Behavior at 0 Hz**: In a circuit analysis context, a capacitor blocks steady-state (DC) signals, which is akin to saying it behaves like an open circuit.

### Final Answer
**True**: At $ f = 0 \, \text{Hz} $, a capacitor takes the characteristics of an open circuit.

At f = 0 Hz capacitor takes the characteristics of an open circuit.Group of answer choicesTrueFalse

Question

At f = 0 Hz, capacitor takes the characteristics of an open circuit.

Solution

Analysis

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