An AM broadcasting has a vertical telescopic transmitting antenna and a receiver has a vertical telescopic antenna. The receiver will respond to

Options

A. Electric component of the electromagnetic wave produced by antenna
B. Magnetic component of the electromagnetic wave produced by antenna
C. Both electric and magnetic components of electromagnetic wave produced by antenna
D. 50% of both components of electromagnetic wave produced by antenna

Answer

To solve the question regarding the response of a receiver with a vertical telescopic antenna in an AM broadcasting system, we can follow these steps:

### Step 1: Understand the Components
- **Transmitter**: The AM broadcasting station has a vertical telescopic transmitting antenna that emits amplitude-modulated signals.
- **Receiver**: The receiver also has a vertical telescopic antenna designed to pick up these signals.

### Step 2: Identify the Type of Signal
- In amplitude modulation (AM), the information (audio, video, etc.) is encoded in the amplitude of the carrier wave. The vertical telescopic antennas are designed to effectively transmit and receive these signals.

### Step 3: Analyze the Reception
- The vertical telescopic antenna of the receiver will respond to the electromagnetic waves emitted by the transmitting antenna. Since both antennas are vertical, they are aligned in the same polarization, which is optimal for signal reception.

### Step 4: Conclusion
- The receiver will respond to the amplitude-modulated (AM) signals transmitted by the broadcasting station. This means that the receiver will pick up the variations in amplitude that carry the information.

### Final Answer
The receiver will respond to the amplitude-modulated signals transmitted by the AM broadcasting station.

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