Why temperature, surface area, windspeed are directly propotional and humidity is inversely propotional to the rate of evaporation explain with example?
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If temperature increases the evaporation also increases for example on if the floor is too hot in summers on spraying water it evaporates faster then normal days.
If we increase the surface are the evaporation increases like the tea in plate cools faster then in cup.
On increasing wind speed the evaop increases as in windy day clothes dry faster.
On having less humidity the evaporation is faster as on a hot humid day the clothes dry slower and if there is less humidity the water molecules from clothes get away with the wind faster.
Hope it helps^_^
If we increase the surface are the evaporation increases like the tea in plate cools faster then in cup.
On increasing wind speed the evaop increases as in windy day clothes dry faster.
On having less humidity the evaporation is faster as on a hot humid day the clothes dry slower and if there is less humidity the water molecules from clothes get away with the wind faster.
Hope it helps^_^
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When temperature, surface area and windspeed increases, the rate of evaporation also increases . Thus, these factors are directly proportional to rate of evaporation.
Air can only hold a certain amount of water.
If the level or amount is already high ,or in other words, humidity is high ,the rate of evaporation will decrease. Thus, humidity is inversely proportional to rate of evaporation
Air can only hold a certain amount of water.
If the level or amount is already high ,or in other words, humidity is high ,the rate of evaporation will decrease. Thus, humidity is inversely proportional to rate of evaporation
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