Can you say which of these is the temperature inside the Sun?

Options

A. `30^(@)C`
B. `300^(@)C`
C. `3000^(@)C`
D. `3,000,0000^(@)C`

Explanation

To determine the temperature inside the Sun, we need to analyze the options given and understand the context of the Sun's core temperature.

### Step-by-Step Solution:

1. **Understanding the Options**:
The options given are:
- 30 degrees Celsius
- 300 degrees Celsius
- 3000 degrees Celsius
- 3 x 10^7 degrees Celsius

2. **Analyzing Each Option**:
- **30 degrees Celsius**: This temperature is relatively low and can be easily reached on Earth, for example, in a warm room or a sunny day. It is not representative of the Sun's core temperature.
- **300 degrees Celsius**: This temperature is higher but still not sufficient to represent the extreme conditions inside the Sun. It is similar to the temperature of red-hot iron.
- **3000 degrees Celsius**: This temperature is quite high and can be achieved through chemical reactions, such as burning a mixture of oxygen and acetylene. However, it is still much lower than the temperatures found in the Sun.
- **3 x 10^7 degrees Celsius**: This is equivalent to 30,000,000 degrees Celsius, which is an extremely high temperature. The core of the Sun is known to reach temperatures around this magnitude.

3. **Conclusion**:
Given the analysis of the options, the temperature inside the Sun, particularly in its core, is best represented by the last option: **3 x 10^7 degrees Celsius**. This is the hottest place in our solar system.

### Final Answer:
The temperature inside the Sun is **3 x 10^7 degrees Celsius**.

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