A 24 foot round by 52 inch pool is approximately 15,850 gallons. To accurately calculate the gallons, you need to measure the length and the width of the pool and then the depth of the pool. Most 24 foot round pools are approximately 6.

5 feet deep, so multiply 24 feet (length) by 52 inches (width) by 6. 5 feet (depth). This equals a total of 5,184 cubic feet. To convert to gallons, you need to multiply by 6. 29 to get a total of 32,482.

16 gallons. However, with evaporation and other water losses, the actual amount of water in the pool is most likely 15,850 gallons.

## How deep is the water in a 52 inch above ground pool?

The average depth of a 52-inch above ground pool is is around 3-4 feet. It is important to note, however, that actual depth may vary depending on the pool manufacturer and the pool shape. When measuring your pool, make sure to take measurements of the shallow and deep ends to get an accurate depth measurement.

Furthermore, when installing an above ground pool, make sure to follow local codes and regulations regarding pool size and depth as these may be different depending on where you live.

## What size pool is 5000 gallons?

An average above-ground pool contains between 2,000 and 5,000 gallons of water. To determine exactly what size pool 5,000 gallons would equal, it is best to consult a pool calculator to take into consideration other factors, such as pool shape and depth.

Generally, it is estimated that an 18-foot round pool holds around 5,000 gallons, while a 24-foot round pool holds around 10,000 gallons. Rectangular pools generally require a length and width to determine their exact gallon capacity.

A pool holding 5,000 gallons would measure approximately 18’x31′ for an oval pool, or 12’x25′ for a rectangular pool. For an in-ground pool, the most common sizes range from 10’x20′ to 14’x29′; a pool with a capacity of 5,000 gallons would likely measure 14’x25′.

## How do you calculate gallons in a circle pool?

To calculate the gallons in a circle pool, you will need to first measure the radius of the pool by taking one-half of the pool’s diameter. Once you have the radius, you can then calculate the area of the pool by using the formula A = πr2, where “A” is the area, “π” is 3.

14, and “r” is the radius. Finally, calculate the number of gallons of water by multiplying the area of the pool by the average depth of the pool, then multiplying that result by 7. 48 (which is the number of gallons in 1 cubic foot).

For example, if the area of the pool is 25 square feet and it is 3 feet deep on average, the calculation would look like this: 25 x 3 x 7. 48 = 585 gallons of water.

## What size pool pump do I need for a 24 foot round pool?

The size of pump you need for a 24 foot round pool will depend on a few factors, such as the size of your filter, the water turnover rate you desire, and the type of filtration system you are using. Generally speaking, you will need a pump with a flow rate of at least 30 gallons per minute, or a 1.

5 horsepower pump, in order to adequately filter your pool. If you are using a sand filter, you will need a pump that can flow at least 36 gallons per minute, or a 2 horsepower pump. If you are using a cartridge filter, you will need a pump that can flow at least 45 gallons per minute, or a 3 horsepower pump.

It is important to note that you should choose a pump that is slightly larger than the minimum size in order to maintain proper filtration, circulation, and skimming. If you have any additional questions, it is best to speak to a pool professional or local pool store to make sure you are choosing the correct size pump for your pool.

## How much do 24 Waters weigh?

24 Waters would weigh approximately 7 lbs. The average weight of a water bottle is 12 ounces, and since there are 24 bottles, it would equal out to 7 lbs. However, this weight is dependent on the type of bottle and the amount of water inside.

For example, a 6-ounce aluminum bottle would be less than 7 lbs. and 20-ounces would be heavier.

## How many inches of sand do you put under a pool?

The amount of sand you should put under a pool depends on the size and shape of the pool and the type of sand. Generally, you should put about 4 to 6 inches of sand under an above-ground pool and 8 to 10 inches of sand under an in-ground pool.

For an above-ground pool, you should use a medium- to coarse-grained sand, such as masonry or play sand. For an in-ground pool, you should use a fine- to medium-grained sand, such as river sand or filter sand.

Make sure the sand is free of debris and debris-like objects and any rocks, twigs, leaves, pebbles, and other organic materials that could puncture a pool liner, as well as any sharp objects, such as glass or metal.

Also, if the sand is too damp, it can compact, leading to settlement and eventual erosion of your pool. With all that in mind, lay out the sand, flatten it, and then level it using a rake. Once you have the desired depth, you can add a layer of landscape fabric to help keep the sand from shifting and any weeds from growing up through the sand.

## How much area will a 50 lb bag of sand cover?

A 50lb bag of sand covers approximately 0. 5 cubic feet of area. The coverage depends on the size and type of sand, with coarser sand covering more area than finer sand. Generally speaking, a 50lb bag of sand will cover around 6 – 8 square feet at a depth of 2 – 3 inches.

This could be less or more depending on the size and type of sand.

## How many cubic feet is a 50 lb bag of play sand?

A 50 lb bag of play sand is equivalent to 0. 5 cubic feet in volume. To calculate this exactly, the density of play sand (which can vary depending on the manufacturer) must be known. The density of play sand is typically about 100 lb/ft³, so a 50 lb bag would be equivalent to 0.

5 ft³.

## Is there a difference between play sand and regular sand?

Yes, there is a difference between play sand and regular sand. Play sand is typically a finer sand that is designed specifically for playgrounds and sandboxes, while regular sand can be found across many different outdoor areas.

Play sand is also specifically designed to be safe and not contain any sharp particles or contaminants. It usually contains a mineral called silica, which is used to create normal sand but is washed and sieved in order to make it much finer.

Regular sand will still be gritty, and may contain pieces of shells or other rock pieces that can be dangerous for children. Play sand is also much cleaner and more likely to stay in place when touched, making it easier to use for sandbox activities.

## How do I calculate how much sand I need?

In order to accurately calculate how much sand you need for a project, you will need to know the total area of the project and the desired depth of the sand. Multiply the length, width, and desired depth of the sand to find the total cubic feet of the project.

Once you have determined the total cubic feet you will need to divide it by 27 to determine the total number of cubic yards of sand that is needed. To determine the total number of pounds of sand, multiply the total cubic yards of sand by 2,700 lb/cubic yard.

This will give you the total pounds of sand that is needed for your project. With the total pounds of sand in hand, you can visit the local garden center or home improvement store to purchase the desired amount of sand.

This is a quote from above: “A 24 foot round by 52 inch pool is approximately 15,850 gallons. To accurately calculate the gallons, you need to measure the length and the width of the pool and then the depth of the pool. Most 24 foot round pools are approximately 6.5 feet deep, so multiply 24 feet (length) by 52 inches (width) by 6. 5 feet (depth). This equals a total of 5,184 cubic feet. To convert to gallons, you need to multiply by 6. 29 to get a total of 32,482.”

Sorry, but you are passing incorrect information. Most 24 ft round pools aren’t 6.5 ft deep – some are but not many. They average 4-4.3 ft (48-52 inches) deep or so. You can’t use length x width x depth to get the volume of a cylinder. To get the volume in gallons of a round pool, which is essentially a cylinder, you use the formula, V=H x pi x r squared. Or volume = height x 3.14 x radius x radius. A 52″ sided pool only holds around 46-48″ of water. If you go with 48″ it would be around 1809 cu ft. Then to get gallons, you multipy the cu ft x about 7.5 (not 6.9). That would be 1809 x 7.5 = 13500 or so gallons. At least this is the way I understand it.