The skip zone in radio wave trasmission is that range where

Options

A. there is no reception of either ground wave or sky wave
B. the reception of ground wave is maximum b ut that of sky wave is minimum
C. the reception of ground wave is minimum, but that of sky wave is maximum
D. the reception of both ground and sky wave is maximum.

Answer

To solve the question regarding the skip zone in radio wave transmission, we will analyze the options provided and determine which statement accurately describes the skip zone.

### Step-by-Step Solution:

1. **Understanding the Skip Zone**:
- The skip zone refers to a specific range in radio wave transmission where signals are not received effectively. This occurs due to the behavior of radio waves as they propagate.

2. **Analyzing Option 1**:
- The first option states that the skip zone is the range where there is no reception of either ground wave or sky wave.
- This is a correct statement because the skip zone is characterized by a lack of signal reception from both types of waves.

3. **Analyzing Option 2**:
- The second option claims that the reception of ground wave is maximum but that of sky wave is minimum.
- This is incorrect because, in the skip zone, the reception of ground waves is not maximum; rather, it is minimal.

4. **Analyzing Option 3**:
- The third option states that the reception of both ground and sky wave is maximum.
- This is also incorrect, as the skip zone is defined by the absence of effective reception of both types of waves.

5. **Analyzing Option 4**:
- The fourth option is not provided but based on the analysis, we have already identified that options 2 and 3 are incorrect.

6. **Conclusion**:
- The only correct option is Option 1, which accurately describes the skip zone in radio wave transmission.

### Final Answer:
The skip zone in radio wave transmission is that range where there is no reception of either ground wave or sky wave.

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