not square litres but square metres 80 x 0.30482 = 7.432 metres2 to work out litres need to know the depth, depth in metres x 7.432/1000 will give litres
It's unlikely that your pond has vertical sides and is 3' deep everywhere, but if it were, it would hold 18 * 7 * 3 = 378 cu. ft. of water. Converting the dimensions to metric at the start makes everything easier. 378 * (12^3) * (2.54^3) give you the number of cc's, dividing that by 1000 gives you the number of liters (10703). Dividing THAT by 3.7854 (liters/gallon) gives you about 2828 gallons. A typical pond, however, probably slopes from very shallow at the periphery to maximum depth near the center. This means it likely holds 30 - 40% less than if it had steep vertical sides and a consistent depth (like a typical above-ground pool). Your pond is probably on the order of 1500 - 1900 gallons.
1 acre = 43,500 ft2vol = area * depth = 43,500*5 = 217,500 ft31 ft3 is approx. 7.48 gallons217,500 ft3 * (7.48 gal/ft3) = 1,626,900 gallons
lenght times width times height = volume so whats 2 times 1 times 500?
Litres.
area = ⅓ acre = 1348.95 m2 depth = 5ft = 1.524 m volume = area * depth = 2055.7998 m3 = 2055799.8 l
A body of water that contains 800,000 liters of water could be a large pond, a small lake, or a medium-sized swimming pool. The exact size and depth would vary based on the specific dimensions of the water body.
liters
The water pressure would be greater at a depth of 2 m in a small pond because the weight of the water above is greater in the pond compared to the lake. The pressure increases with depth as the weight of the water column above applies more force.
We have no way of knowing how much water is in any particular volume of space.But 2.1 cubic meters = 2,100 liters .
The pressure at the bottom of a pond depends on the depth of the water above it and the density of the water. The pressure increases with depth because of the weight of the water column exerting force downward.
Liters. Or MegaLiters (x1 000 liters)
Approximately 1,466,330 gallons of water.
Evaporation is the scientific process causing the depth of pond water to decrease. Water molecules at the surface gain enough energy to escape as vapor, leading to a gradual reduction in water levels.
65 as a cubic metre is 1000 litres
The volume is 13592 litres, approx.
A fish pond would typically be measured in liters due to its smaller size. Kiloliters are used for larger volumes of liquid, such as water reservoirs or swimming pools.