Q: How to calculate water in liters in square area?

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You cannot directly convert square meters to liters because they are measuring different quantities (area vs volume). Square meters measures two-dimensional area, while liters measures volume. To convert between the two, you need to know the height or depth of the area to calculate the volume in liters.

The formula for the area of the square is length multiplied by width.

Directly you cannot change liters, a measure of volume, to square area as volume and area are different things.However, if you know the [average] height of the area in centimeters, then you can convert liters to square centimeters by:square_area = liters x 1000 Ã· average_height_of_area

area

There are two answers. 1. You don't provide enough information. A liter is a volume or 3-dimensional measure length width, depth). You only provide the capability to calculate a 2-dimensions area (length and width). 2. Assuming that the 18 foot dimension is a diameter, the radius is then 9 feet. Using that and the formula to calculate the area of a circle, the number of square feet contained in an 18 foot diameter circle is approximately 254.34 Square feet. If you have an AVERAGE water depth of 3 feet in the pool, the total cubic feet of water is 763 cubic feet which converts to approximately 16, 265 liters of water. If the average water depth is 3 1/2 feet, the number of liters jumps to 18,976. If the average water depth is 4 feet, the number of liters jumps to 21, 687. That should give you enough information to estimate what you need.

Related questions

You cannot directly convert square meters to liters because they are measuring different quantities (area vs volume). Square meters measures two-dimensional area, while liters measures volume. To convert between the two, you need to know the height or depth of the area to calculate the volume in liters.

the formula for area of a square is length times width

The formula for the area of the square is length multiplied by width.

1 litre will be collected per square meter of surface area from one millimeter of rain

Directly you cannot change liters, a measure of volume, to square area as volume and area are different things.However, if you know the [average] height of the area in centimeters, then you can convert liters to square centimeters by:square_area = liters x 1000 Ã· average_height_of_area

A square meter of water would not be measured in gallons, as gallons are a measure of volume, while square meters are a measure of area. It would depend on the depth of the water in the square meter area to calculate the volume in gallons.

area

Zero. There are 28.3168466 liters in a cubicfoot.

Calculate the area.

There are two answers. 1. You don't provide enough information. A liter is a volume or 3-dimensional measure length width, depth). You only provide the capability to calculate a 2-dimensions area (length and width). 2. Assuming that the 18 foot dimension is a diameter, the radius is then 9 feet. Using that and the formula to calculate the area of a circle, the number of square feet contained in an 18 foot diameter circle is approximately 254.34 Square feet. If you have an AVERAGE water depth of 3 feet in the pool, the total cubic feet of water is 763 cubic feet which converts to approximately 16, 265 liters of water. If the average water depth is 3 1/2 feet, the number of liters jumps to 18,976. If the average water depth is 4 feet, the number of liters jumps to 21, 687. That should give you enough information to estimate what you need.

Perimeter = 4 times the square root of the area.

Meters squared is not a unit of volume like liters. Therefore, you cannot convert that to liters. If you are trying to convert CUBIC meters to liters, then the conversion is 1000 liters in one cubic meter.well a square meter is 10000 cm squared. (100 cm by 100 cm). a liter is a unit of volume and is in cm cubed, not squared. So to answer your question how many liters are in a square meter, you need to add a third dimension. A square meter that is one cm thick, there would be (100 x 100 x 1 cm) = 10000 cm cubed. A cm cubed is a milliliter, so that would make there be 10 liters.