Question

1. Explain the effect of wind speed on rate of evaporation?​

Answer 1

Answer:

$Answer$

Explanation:

Temperature is directly proportional to the rate of evaporation. It is so because, when we increase the temp of our heating source, we supply more energy to the liquid. This energy is stored in the form of kinetic energy of the molecules.

With the increase in temp, the molecules tend to collide and begin to move faster until some of the molecules escape into the atmosphere. And so evaporation takes place.

The temp of the surrounding atmosphere also affects the rate of evaporation. Since warmer the air, more the moisture it can hold.

Other factors governing the rate of evaporation are Surface Area, Humidity, Wind.

The speed water evaporates contributes directly to how much water vapor is in the air, and contributes indirectly to future precipitation. However, the rate of evaporation forms depends on external variables such as temperature, humidity and wind speed. Generally, when temperature and humidity are constant, and wind speed increases, the rate of evaporation increases as well. When temperature and wind speed are constant, but humidity increases, the rate of evaporation will decrease. When wind speed and humidity stay constant, and temperature increases, then the rate of evaporation will increase because warmer air can hold more water vapor than colder air. All of these variables work together so this experiment is really quite complex. Students include barometric pressure in their analysis because this tends to work in tandem with other variables.

HOPE IT HELPS YOU FRIEND...☺❤

》》Ⱥʀɲɑѵ✯

Answer 2

The speed at which air flows over the surface of water affects the rate at which the water evaporates. As the wind blows , it sweeps away airborne water particles that are in the air. This process creates room for extra water vapour and evaporation will continue to occur while the wind is blowing.