Wiki User
∙ 13y agoFirst the answer should be in meters so it is helpful to convert all the feet measurements into meters.
24 ft = 7.315 m
5 ft = 1.524 m
The way I read the question is that 24 ft (7.315 m) is the circumference of the pool. From this I make the assumption that the pool is a round pool. Thus we can model it as a cylinder. The formula for the volume of a cylinder is:
V = PI * r * r * h
Which means you take the math constant PI (approx. 3.14) multiply it by the radius of the circular face and again multiply it by the radius then multiply it by the height (or depth in the question).
The formula to find the circumference is:
C = 2 * PI * r
To get the radius from the circumference just divide the circumference by (2 * PI).
r = C / (2 * PI)
Plugging in the numbers we get
V = 314 * (7.315 / (2 * 3.14)) * (7.315 / (2 * 3.14)) * 1.524
Calculating this out you get:
V = 6.49 m^3 (meters cubed)
Wiki User
∙ 13y agoThe swimming pool has a diameter of 24 feet, which means a radius of 12 feet. Using the formula for the volume of a cylinder (V = πr^2h), with a depth of 5 feet, the pool would contain approximately 33.5 cubic meters of water.
Wiki User
∙ 6y agoIt is not possible to answer the question because the units for 5.5 are not given. Furthermore, a volume usually requires three measurements, you have provided only two.
Assuming the pool is 4 feet deep, a 15ft round pool would have a volume of approximately 17.6 cubic meters of water. This calculation is based on the formula for the volume of a cylinder (V=πr^2h) using the radius of the pool (7.5ft) and its depth (4ft).
"Cubic meter" is not a width. It's a volume, an amount of space, or the holding capacity of a box, a bottle, or a tank. When the water in an official Olympic-size swimming pool is 1.36 meters deep, there is 1,700 cubic meters of water in the pool.
Liters or cubic meters are typically used to measure the volume of water in a swimming pool.
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.
A common guideline for the size of a balancing tank for a swimming pool is approximately 25-30% of the pool's volume. For a 600 cubic meters pool, the balancing tank should ideally be between 150-180 cubic meters in size to effectively manage water overflow and flow rates. The specific design considerations and requirements should be confirmed with a professional pool designer or engineer.
A large swimming pool or a small lake could contain roughly 28,000 cubic meters of water.
Assuming the pool is 4 feet deep, a 15ft round pool would have a volume of approximately 17.6 cubic meters of water. This calculation is based on the formula for the volume of a cylinder (V=πr^2h) using the radius of the pool (7.5ft) and its depth (4ft).
20.16 cubic meters
"Cubic meter" is not a width. It's a volume, an amount of space, or the holding capacity of a box, a bottle, or a tank. When the water in an official Olympic-size swimming pool is 1.36 meters deep, there is 1,700 cubic meters of water in the pool.
Liters or cubic meters are typically used to measure the volume of water in a swimming pool.
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.
A common guideline for the size of a balancing tank for a swimming pool is approximately 25-30% of the pool's volume. For a 600 cubic meters pool, the balancing tank should ideally be between 150-180 cubic meters in size to effectively manage water overflow and flow rates. The specific design considerations and requirements should be confirmed with a professional pool designer or engineer.
1,353 (US) gallons of water in cubic meters is: 5.122 m31,353 (UK) gallons of water in cubic meters is: 6.151 m3
180 cubic meters is a measure of volume. It is equivalent to 180,000 liters or approximately 47,550 gallons.
There are 3,902,000 liters of water in 3,902 cubic meters.
The mass of 2 cubic meters of water is approximately 2000 kilograms.
The volume of water in the rectangular swimming pool can be calculated using the formula for the volume of a rectangular prism, which is length x width x height. In this case, the volume would be 18m x 10m x 2.5m = 450 cubic meters.