Depends on the depth. If it is 4 feet deep and it is cicular with a diameter of 24 feet then you have approx. 13,553 gallons of water. If it is 3 feet deep then you have approx. 10,152 gallons of water.
27 feet = 324 inches Diameter = 324 so radius = 162 Volume of cylinder = H(pi)r^2 = (52)(pi)(162)^2 = 4287293.8 cubic inches One gallon = 231 cubic inches gallons = 4287293.8 cubic inches/231 cubic inches = 18559.8 gallons Assuming that the pool is a perfect cylinder is is completely filled, it will hold 18,559.8 gallons.
103,410.701 gallons (13,824 cubic feet) I am using US gallons
This pool can hold up to about 8,251 gallons of water.(This would fill the pool to the very top)
It holds 4.987 gallons for every inch the water is deep.
14,500 - 14,600 US gal
About 23,895 gallons.
11,895
The usual measurement of weight is Metric, in Grams. You can also use U.S. measurements like Pounds and ounces. Metric system- Gram and Kilogram U.S.- Pounds, ounces, Tons
A simple example is to imagine you're sitting on a swing attached to a rope and the rope goes up over a pully attached to the ceiling and back down. You could pull down on the other end of the rope to pull yourself up. It turns out the force you pull down with is only half of your weight, and it is actually pretty easy! My first year physics prof did this demo and pulled himself up 30ft to the ceiling in a large classroom. Why is it easy? If you look at the forces on the pully in isolation, the force pulling up on it must be equal to your weight (call this force W). There are two downward forces from the two ends of the rope hanging down which must balance the upward force. When you're not accelerating the forces on the ends of the rope are equal. Let the rope forces equal R. You get the following equaltion: W = 2R R = W/2
At 7.48 gallons per cubic foot that is 3.14x30x30/4x52 x7.48 /12 = 22,900 gallons
It depends how deep it is.
fill it and find out ;)
If you filled the pool all the way to the top (54"), it would be holding around 11,708 gallons of water. If you filled to a depth of four feet (48") the volume would be about 10,408 gallons. As a side note, 11,708 gallons of water weighs about 49 tons.
There are 7.48 gallons in 1 cubic foot.Volume of tank = 100ft x 30ft x 20ft = 60000 ft3.60000ft3 x 7.48gal/ft3 = 448800gal
30ft to 42ft 30ft to 42ft 30ft to 42ft 30ft to 42ft
volume= LWH surface area: A= 2HW+2LW+2LH for rectangular solid you need to add the width i think with your numbers it is almost 900 gallons
30ft by 30ft
To determine the amount of water in an oval pool, calculate the area of the oval (elipse) and multiply that by the depth, then take that volume and plug it into a conversion factor. There is a "rule of thumb" for finding the area of an oval. It makes for a good approximation and allows us to avoid the calculus. It's l(length) x w (width) x 0.8 which in this case is 30 x 17 x 0.8 = 408 ft2 for the area. Multiply that by the depth, 5.5 ft, and you've got 2244 ft3 for a volume. Water has about 7.48 gallons per cubic foot, so your pool will hold about 16,785 gallons of water when filled to the brim. Sloping sides will strip something off that figure, obviously.
30ft 6inch = 929.64cm
30ft rise = 13 psi (pressure is 13 psi higher at bottom of a 30ft column that at the top). Water Pressure = .433 psi per ft for a column of water at 62 degrees F.
15 cubic yards