To determine the average solar irradiance received by Earth on the top of its atmosphere, we can refer to well-established data from solar energy studies.

### Average Solar Irradiance
The average value of solar irradiance, also known as the solar constant, is approximately 1361 W/m². This figure represents the amount of solar energy received per unit area at the top of Earth's atmosphere when the Sun is directly overhead.

### Evaluating the Options
Given the options you provided:
1. 22600 W/m²
2. 1360 W/m²
3. 2670 W/m²
4. 2340 W/m²

By comparing these values, it is clear that **1360 W/m²** is the closest and historically accepted approximation for the solar constant.

### Conclusion
The average solar irradiance received by Earth at the top of its atmosphere per unit surface area is **1360 W/m²**.

Question

To determine the average solar irradiance received by Earth on the top of its atmosphere, we can refer to well-established data from solar energy studies.

### Average Solar Irradiance
The average value of solar irradiance, also known as the solar constant, is approximately 1361 W/m². This figure represents the amount of solar energy received per unit area at the top of Earth's atmosphere when the Sun is directly overhead.

### Evaluating the Options
Given the options you provided:
1. 22600 W/m²
2. 1360 W/m²
3. 2670 W/m²
4. 2340 W/m²

By comparing these values, it is clear that **1360 W/m²** is the closest and historically accepted approximation for the solar constant.

### Conclusion
The average solar irradiance received by Earth at the top of its atmosphere per unit surface area is **1360 W/m²**.

Knowee AI · Accepted Answer

To determine the average solar irradiance received by Earth on the top of its atmosphere, we can refer to well-established data from solar energy studies.

### Average Solar Irradiance
The average value of solar irradiance, also known as the solar constant, is approximately 1361 W/m². This figure represents the amount of solar energy received per unit area at the top of Earth's atmosphere when the Sun is directly overhead.

### Evaluating the Options
Given the options you provided:
1. 22600 W/m²
2. 1360 W/m²
3. 2670 W/m²
4. 2340 W/m²

By comparing these values, it is clear that **1360 W/m²** is the closest and historically accepted approximation for the solar constant.

### Conclusion
The average solar irradiance received by Earth at the top of its atmosphere per unit surface area is **1360 W/m²**.

The average solar irradiance received by earth on the top of its atmosphere per unit surface area is _____ W/m22.2600 W/m221360 W/m22670 W/m22340 W/m2

Question

Solution

Average Solar Irradiance

Evaluating the Options

Conclusion

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