That's going to depend on
-- the surface area of the pool
-- the temperature of the water in the pool
-- the temperature of the air
-- the relative humidity of the air
-- the barometric pressure
-- the period of time you're interested in (evaporation in 30 minutes ? an hour ? a day ?)
-- the winds during that period of time
Open the yellow pages and phone up a business in your area that sells pools and/or pool supplies.
From experience, they'll have the answer for your area of the country, and probably for your city and
your neighborhood.
The answer to this question is Dependent on many variables. This depends on where the water is getting lost, how fast it is getting lost, etc...
It would depend upon the units you are using for the length. Feet? Inches? Here are both: 1) 76" x 80" x 9" container is 54720 cubic inches, which is 236.88 gallons. 2) 76 ft x 80 ft x 9 ft is (a huge pool?) 54720 cubic feet, which is 409,334 gallons. (There are 1728 cubic inches in a cubic foot, so we could have multiplied. But the lost significant digits in the calculations mean that 236.88 x 1728 is just 409,328 gallons.)
Once you've filled your pool, and taken that one time hit, there will be some routine water usage to replace water lost by evaporation. It is possible to get enough rain to replace it, so the cost might be zero. If you get no rain, and it's hot and sunny, you might loose up to a foot of water in a month. You will also loose some water in periodic backwashing of your filter. So you could be looking at 10-20% of your pool volume per month in makeup water. I'm no expert, just reporting my own experience.
AnswerThere are lots of reasons for leaves varying in shape and size, listed are just a few.Water Retension: Plants living in dry condition are likely to have leaves with a small surface area that are often needle shaped in order to retain water. 90% of the water absorbed by a plant is lost through evaporation through the leaves.Catching Food: Some plants have leaves shaped like slides, these are also slipperl and insects unfortunate enough to land on them are likely to slip into a vat of water and digestive juices.Protection: Some plants have needle shaped leaves for protection from predators, a good example are the coniferous trees in the arctic. Their leaves are shaped like spines to deter hungry animals. There's not much sunlight or rain in the arctic so every leaf is precious.Getting rid of excess water: Plants breath through tiny spores in their leaves, if these were to become clogged with water, the plant would effectively drown. Most leaves are shaped especially to allow water to run off them, with the veins in the leaves acting as gutters.
Actual yield is always less than theoretical yield because: 1) Much amount of product is lost in experimental techniques i.e. filtration, evaporation etc. 2) Much amount of product is lost in energy i.e. heat energy.
A lot of the water is lost through evaporation.
Through the natural processes of evaporation, condensation and transpiration.
The total amount of global evaporation is 48800 km3
Water is lost from sweating, Urination, breathing through evaporation and excretion of waste from diarhea.
Water is lost by excessive evaporation.
The water loss due to evaporation of fluid that has penetrated through the skin is termed transepidermal water loss (TEWL). It is a measure of the amount of water that is lost through the skin's barrier layer.
Body heat is not primarily lost through evaporation. It is typically lost through radiation, conduction, and convection. Evaporation can contribute to heat loss, but it is not the main mechanism in the human body.
Evaporation.
It is a process similar to evaporation. A part of the water cycle in which water is lost through the stomata. It is the equivalent of a human sweating.
It appears that an estimated 4 ml of water was lost due to evaporation in each vial.
Crater Lake in Oregon. Although some water is lost through ground seepage.
Water can be lost from soil through processes such as evaporation, where water is converted from liquid to vapor and released into the atmosphere. Another way is through transpiration, where plants absorb water from the soil and release it into the air through their leaves. Additionally, water can be lost through percolation, where it moves downward through the soil layers and eventually reaches groundwater.