1 cubic meter = 1,000 liters
64 cubic meters = 64,000 liters
1 liter of water is supposed to have 1 kilogram of mass
64,000 liters of water has 64,000 kilograms of mass
On Earth, 1 kilogram of mass weighs 2.205 pounds.
On Earth, 64,000 kilograms of mass weighs 141,096 pounds = 70.55 tons (rounded)
39,636 pounds
64 tons or 64 000 kg or 140800 lbs 1 cubic meter of fresh water is 1000kg or 2200lbs. It actually differs slightly with elevation but this is the general rule. A swimming pool will not consist of pure water (chlorine, urine etc.) and these substances can have different densities than water so the result can vary a tiny bit.
Figure out how many cubic meters it holds. A cubic meter is 1000 liters, so go from there.
To calculate the volume of a swimming pool, you can use the formula for volume: length × width × depth. For a pool measuring 10 meters long, 5 meters wide, and 1.5 meters deep, the volume is 10 × 5 × 1.5 = 75 cubic meters. Since 1 cubic meter is equivalent to 1,000 liters, the pool holds 75,000 liters of water.
Water weighs 62.42 pounds per cubic foot which is 561.78 pounds per cubic yard. Thus 200 cubic yards of water weighs 112,356 pounds.
10,000 US gallons of water is equal to: 37.85 cubic meters. (US gallons x 0.003785 = cubic meters)
a really big cup
300 cubic meters holds 79,251.6 gallons.
that depends on the circumference of the tank
While this will depend on the size of the wheelbarrow, an industrial wheelbarrow is about 1/12th of a cubic meter. 12 of them is one meter, 1,200 of them for 100 cubic meters.
At a greater depth, there is a greater pressure, period. The amount of water in the dam is irrelevant.
A 1x20 container typically has a volume of about 1,172 cubic feet or approximately 33.2 cubic meters. Given that a standard barrel holds about 42 gallons, which is equivalent to roughly 0.16 cubic meters, you can fit approximately 200 barrels in a 1x20 container, depending on the specific arrangement and whether the barrels are standard or have different dimensions. However, it's important to consider the weight and handling restrictions when loading.