Yes, it is possible.
Water is absorbed from wet soil into a plants root, because they root is dryer than the ground, so the water moves in, this is called osmosis. Only moisture moves into the dryer root, filtering out the est
Transpiration is the evaporation of cellular water (in the form of water vapour) from the stoma in the leaves of the plants. Stoma are "pores" and are generally located on the underside of the leaves of plants.Water accumulating in the leaves of the plants is lost as water vapor through the process of transpiration, this is similar to the process of sweating in animals.Transpiration accomplishes two things, it does cool the leaves slightly through evaporative cooling, it also causes what is referred to as "evaporative draw" or "evaporative suction", this causes a slight low pressure in the leaves where the water is evaporating from, this provides a slight suction force assisting with water being drawn up the stem of the plant.I
No, a hair dryer does not evaporate water. It helps to speed up the process of evaporation by blowing hot air onto wet hair, causing the water on the hair to evaporate more quickly.
When water disappears from your hands under a hand dryer, it is being evaporated by the warm air produced by the dryer. The high temperature of the air helps to speed up the evaporation process, causing the water on your hands to turn into water vapor and dissipate into the air.
absolutly yes cause its dryer than regular water
Water is absorbed from wet soil into a plants root, because they root is dryer than the ground, so the water moves in, this is called osmosis. Only moisture moves into the dryer root, filtering out the est
Transpiration is the evaporation of cellular water (in the form of water vapour) from the stoma in the leaves of the plants. Stoma are "pores" and are generally located on the underside of the leaves of plants.Water accumulating in the leaves of the plants is lost as water vapor through the process of transpiration, this is similar to the process of sweating in animals.Transpiration accomplishes two things, it does cool the leaves slightly through evaporative cooling, it also causes what is referred to as "evaporative draw" or "evaporative suction", this causes a slight low pressure in the leaves where the water is evaporating from, this provides a slight suction force assisting with water being drawn up the stem of the plant.I
Yes, it is. in fact distilled water from a condensing tumble dryer is the best water you can use for watering carnivorous plants, i just found this out when I was on chat with my mom because my fly traps were wilting slightly so i asked my mom, and she said the best water to use is condensed water, which you can get the fastest from the dryer, for FREE!
Plants lose water through small openings on their leaves called stomata. Water evaporates from the surface of the leaves during a process called transpiration, which helps plants absorb nutrients and stay cool.
the process is know as evaporative cooling through transpiration. the mechanism is similar to how humans are cooled through sweating
These salts are obtained from solutions evaporating the water.
The majority of Australian plants are adapted to a dryer climate than tomatoes are.
The system you are referring to is known as an evaporative cooling tower. It works by using the latent heat of vaporization to cool the air as water is sprayed into the tower and evaporates, absorbing heat in the process.
A device that uses evaporative cooling cools air through the evaporation of water. The evaporation of water enables a very quick transfer of heat, enabling many applications.
A water evaporative cooler works by drawing warm air through water-soaked pads. The water evaporates, which cools the air. The cooler air is then circulated into the room, lowering the temperature.
The water is converted to water vapor and is carried out through the dryer vent by the air that flows through the machine.
The water is converted to water vapor and is carried out through the dryer vent by the air that flows through the machine.