Calculate the net radiation of sun for a day with 2 mm evaporation and air temperature of 30°c. O net radiation = 1,166,400 cal/m2.day net radiation = 1,160,800 cal/m2.day net radiation = 1,172,000 cal/m2.day O net radiation = 1,177,800 cal/m2.day
Calculate the net radiation of sun for a day with 2 mm evaporation and air temperature of 30°c. O net radiation = 1,166,400 cal/m2.day net radiation = 1,160,800 cal/m2.day net radiation = 1,172,000 cal/m2.day O net radiation = 1,177,800 cal/m2.day
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![### Calculation of Net Radiation
To calculate the net radiation of the sun for a day with 2 mm evaporation and an air temperature of 30°C, consider the following options:
- **net radiation = 1,166,400 cal/m²·day**
- **net radiation = 1,160,800 cal/m²·day** (This option is selected)
- **net radiation = 1,172,000 cal/m²·day**
- **net radiation = 1,177,800 cal/m²·day**
#### Selected Answer:
The selected net radiation value is **1,160,800 cal/m²·day**.
### Explanation:
This selection reflects the calculated estimation based on the given parameters:
- **Evaporation**: 2 mm
- **Air Temperature**: 30°C
Understanding the net radiation helps in studying the energy balance and climate dynamics, influencing both environmental and agricultural applications.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb2d7e9b1-7208-47e7-acf1-5a4d04c3ff3b%2F419e078d-5160-494e-a9c1-a2cda0e94bb6%2Fr7rgmve_processed.png&w=3840&q=75)
Transcribed Image Text:### Calculation of Net Radiation
To calculate the net radiation of the sun for a day with 2 mm evaporation and an air temperature of 30°C, consider the following options:
- **net radiation = 1,166,400 cal/m²·day**
- **net radiation = 1,160,800 cal/m²·day** (This option is selected)
- **net radiation = 1,172,000 cal/m²·day**
- **net radiation = 1,177,800 cal/m²·day**
#### Selected Answer:
The selected net radiation value is **1,160,800 cal/m²·day**.
### Explanation:
This selection reflects the calculated estimation based on the given parameters:
- **Evaporation**: 2 mm
- **Air Temperature**: 30°C
Understanding the net radiation helps in studying the energy balance and climate dynamics, influencing both environmental and agricultural applications.
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