The correct answer to your question is "None, because I do not have such a pool."
24 ft * 24 ft * 5 ft = 2880 cubic ft = 81.55 cubic metres, approx.
One billion gallons. a circular metal frame pool 24ft x 4ft holds 11,483 gallons
You can measure a swimming pool b cubic meters or gallons.
3384 gallons for every foot deep it is.
You did not specify the depth of your pool, however, with the information provided, it can be determined that your pool has a surface area of 12*24=288 square feet *144= 41,472 square inches. To find the number of cubic inches in your pool, multiply that number by the depth of your pool in inches. Remember, one foot is equal to 12 inches.
Any unit of volume, such as liters or cubic meters.
10,000 US gallons of water is equal to: 37.85 cubic meters. (US gallons x 0.003785 = cubic meters)
One billion gallons. a circular metal frame pool 24ft x 4ft holds 11,483 gallons
cubic meters
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.
Yuo have given 4 measurements. Unless the shape of the pool is known, it is impossible to convert 4 lengths into a 3-dimensional measure of volume - in cubic feet - which can then be converted to gallons.
28000 cubic meters equates to 7,396,800 gallons.
You can measure a swimming pool b cubic meters or gallons.
3384 gallons for every foot deep it is.
You did not specify the depth of your pool, however, with the information provided, it can be determined that your pool has a surface area of 12*24=288 square feet *144= 41,472 square inches. To find the number of cubic inches in your pool, multiply that number by the depth of your pool in inches. Remember, one foot is equal to 12 inches.
68 feet
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).
An object that is 1700 cubic meters in volume could be a large storage container, a swimming pool, or a small building. The exact dimensions of the object would depend on its shape and height. For example, a cube with sides of approximately 12.6 meters would have a volume of 1700 cubic meters.