Rainfall of 100 mm means 100 mm depth of rain falls over any area.
1 cu m = 1,000 l
1,000 mm = 1 m
Volume = area x depth
= 200 sq m x 100 mm
= 200 sq m x 100 ÷ 1,000 m
= 20 cu m
= 20 x 1,000 l
= 20,000 litres
every 1mm depth in rain gauge reading is equivalent to 1 liter per square meter, so if the intensity is 10mm/hr, means that the total rainfall in 1 hectare area is 100 cubic meters. from RPAE 006150
Converting liters to square meters is not a straightforward conversion as liters measure volume, while square meters measure area. To convert liters to square meters, you would need to know the depth or height of the area you are measuring in order to calculate the volume in cubic meters. Once you have the volume in cubic meters, you can then determine the area in square meters by dividing the volume by the depth or height.
There are about 4 liters of water in the world.
There are 6,592,848.8 square miles in 17,075,400 square kilometers. 17,075,400 square kilometers x 1 square mile/2.58998811 square kilometers = 6,592,848.8 square miles 1 square miles = 2.58998811 square kilometers
One square foot has 144 square inches. 1.9 square feet will be 273.6 square inches.
1 millimeter of rainfall = 1 liter of rainfall per 1 square meter which is 1 mm of rainfall = 1 liter applied to 1 m2 which is 1mm = 1L/m2 for example Rainfall recorded = 250mm City area = 100,000m2 Volume of rainfall in the city = 250 x 100,000 = 25,000,000 liters
every 1mm depth in rain gauge reading is equivalent to 1 liter per square meter, so if the intensity is 10mm/hr, means that the total rainfall in 1 hectare area is 100 cubic meters. from RPAE 006150
1 millimeter of rainfall, falling on a perfectly levelcatchment area of 1 square meter, fetches a volume of 1 liter of water.Xmm rainfall x Ym2 catchment area = Zl volume of water
1 litre will be collected per square meter of surface area from one millimeter of rain
1 hectare = 10,000 square meters1 cubic meter = 10,000 liters10 millimeters = 0.01 meterVolume = (10,000 x 0.01) = 100 cubic meters = (100 x 10,000) = 1 million liters(in one hour of rainfall)
The area of St. Dunstan's Well Catchment is 398,000.0 square meters.
0.09992 X 280 = 27.98 m3
2104 square hecteres
On one square meter of earth, the height of the rain collected is one cm and therefore the amount of water collected turns about 10 liter.
Rainfall is typically measured using a rain gauge, which collects and measures the amount of rainwater that falls over a specific area of land, usually per square meter. The collected water is then measured in millimeters or inches to determine the amount of rainfall.
The amount of rainwater that can be collected from a barn rooftop depends on the area of the roof and the intensity of the rainfall. A general estimate is that for every inch of rainfall, approximately 0.6 gallons of water can be collected per square foot of roof area. It would be best to calculate the potential collection based on the specific size of the barn rooftop and average rainfall in the area.
Square feet can not go into liters. Liters measures liquid while square feet measure distance.