If your pool is 15' round and above ground, and the height is 48" tall, the approximate amount of gallons of water it will hold is 5,200 gallons. You may approximate 5,000 gallons because the pool is not all the way full to the top of the wall, only to the middle of the skimmer plate.
2007-06-25 03:28:41
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answer #1
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answered by Dcaryll 2
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You mentioned only two dimensions, not three. A swimming pool has a length, breadth and a depth. Depth may be constant or may vary from end to end.
If you have a pool of 3 feet depth and the dimensions given above, the volume of water needed will be
15 x 4 x 3 = 180 cubic feet.
2007-06-25 00:08:01
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answer #2
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answered by Swamy 7
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9702 gallons based on 3 inches off the depth because you can't fill it right to the top edge. (i'm assuming it's a round pool)
Just a small tip, if your not on a water meter try and fill it over a few days or the water board will come looking for a leak.
They will see a huge water consumption and come door knocking, if they see your pool you might get charged or be forced onto a meter so spread it over at least 2 days.
Also, ever heard of Borax?
It's a mineral that's mined in this country and can be bought online through the link below and it's brilliant for bringing the PH level up. It's much cheaper than what you can buy over the counter, safer and used extensively in the US because they're not ripped off as much as us Brits.
http://www.healthleadsuk.com/
2007-06-24 23:25:04
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answer #3
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answered by Anonymous
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A cube foot will hold approx 10 gallons of water.
A swimming pool 30 foot long by 20 foot wide with an average depth of water of 5 feet holds 30,000 gallons give and take a pint or two.
30x20x5x10
2007-06-24 23:27:54
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answer #4
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answered by john k 5
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Width x Length x Depth. You need to have the depth measurement of your pool as well, so
122 x 457 x Depth
And that's it! Although I would take a little bit off that so your pool dosen't overflow!
2007-06-24 23:26:24
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answer #5
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answered by the_happy_green_fish 5
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Take a tumbler of water and a small piece of cork, that's going to waft. Now push this cork down with your index finger, that's going to attempt to not sleep, yet once you're able to be able to desire to maintain it down you will experience the up wards stress. that's the internet stress that saved the cork up interior the water floating. Now take an comparable glass and fill it with oil, than up an comparable piece of cork and notice if it floats or sinks, relying on the sort of oil that's going to waft additionally yet greater of that's going to be interior the oil,and much less of that's going to be sticking up exterior the oil. Now push this cork down with your index finger, that's going to attempt to not sleep, yet once you're able to be able to desire to maintain it down you will experience the up wards stress. that's the internet stress that saved the cork up interior the oil floating. you will word that it look greater stress to push the cork down interior the water then interior the oil. So water has greater Buoyancy then the oil. This because of the fact water is denser then the oil particularly. Density of water is often a million.00, and density of maximum oil is principally < then a million.00 Salt water could have a density of a million.XX, or a million.00+ that's going to rely on the quantity and the sort of salt.
2017-01-01 04:02:11
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answer #6
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answered by ? 3
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Alot of water
2007-06-25 12:26:48
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answer #7
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answered by Anonymous
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4.57 x 1.22 x whatever the depth is in meters will give you the volume in cubic meters.
15 x 4 x whatever the depth is in feet will give you the answer in cubic feet.
2007-06-24 23:29:58
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answer #8
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answered by champer 7
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insufficient information - you need to provide three dimensions... width, length and depth
The amount of water is then width x length x depth
2007-06-24 23:16:08
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answer #9
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answered by Anonymous
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Bit late with our maths homework are we?
2007-06-24 23:15:52
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answer #10
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answered by Anonymous
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