The average annual rainfall in this area is 745 mm / year, and the moisture coefficient is 1.15. As a result of deforestation

The average annual rainfall in this area is 745 mm / year, and the moisture coefficient is 1.15. As a result of deforestation, evaporation from this area increased by 50%. Calculate the new moisture factor.

Evaporation is the amount of moisture that can evaporate from a surface at a specific temperature.
The moisture coefficient is the ratio of the annual precipitation to the annual evaporation. It is determined by the formula:
K = O: And, hence I = O: K
1) Find the volatility in a given area:
I = O: K = 745 mm / year: 1.15 = 648 mm / year
2) Due to deforestation, evaporation increased by 50% and is equal to:
648 mm / year + 648 mm / year: 2 = 972 mm / year
3) Let’s define a new moisture factor:
K = O: I = 745 mm / year: 972 mm / year = 0.77
Answer: The new moisture factor is 0.77.

Remember: The process of learning a person lasts a lifetime. The value of the same knowledge for different people may be different, it is determined by their individual characteristics and needs. Therefore, knowledge is always needed at any age and position.