Sure, let's walk through the details of the Sun's layers based on the given table:
### Position of Layers:
1. Lowest Layer (Column A)
2. Middle Layer (Column B)
3. Outermost Layer (Column C)
### Thickness:
1. Lowest Layer: 100 km (Column A)
2. Middle Layer: 2000 km (Column B)
3. Outermost Layer: Millions of kilometers (Column C)
### Temperature:
1. Lowest Layer: 5,500 K (Column A)
2. Middle Layer: 6,000 to 20,000 K (Column B)
3. Outermost Layer: 2,000,000 K (Column C)
#### Analysis of the Layers:
1. Photosphere:
- Position: Lowest visible layer.
- Thickness: Approximately 100 km.
- Temperature: Around 5,500 K.
2. Chromosphere:
- Position: Middle layer above the Photosphere.
- Thickness: Approximately 2,000 km.
- Temperature: Ranges from 6,000 K to 20,000 K.
3. Corona:
- Position: Outermost layer.
- Thickness: Extends for millions of kilometers.
- Temperature: Around 2,000,000 K.
### Matching the Layers to Columns A, B, and C:
- Column A:
- Position: Lowest
- Thickness: 100 km
- Temperature: 5,500 K
- Name: Photosphere
- Column B:
- Position: Middle
- Thickness: 2000 km
- Temperature: 6,000 to 20,000 K
- Name: Chromosphere
- Column C:
- Position: Outermost
- Thickness: Millions of kilometers
- Temperature: 2,000,000 K
- Name: Corona
### Conclusion:
Based on the analysis, the names of the layers described in columns A, B, and C are:
- A: Photosphere
- B: Chromosphere
- C: Corona
Thus, the correct answer is:
A: Photosphere; B: Chromosphere; C: Corona.
