Roughly 266.19 gallons. One cubic foot will hold 6.239 gallons of water (Imperial) so to get your answer you convert all measurements into inches
16' = 192" and 32' = 384" now multiply width by length 192 x 384 = 73728
now multiply this by the height and it will give you volume in cubic inches so 73728 x 1 = 73728,
now you have to convert this to cubic feet by dividing this number by 1728
(which is 12 x 12 x 12) and then multiplying your answer by 6.239 which will give you you actual gallons needed. Hope it helps
Karp
To calculate the BTU required to raise the temperature of 4 gallons of water from 70°F to 72°F, you first need to find the total weight of the water (4 gallons x 8.34 lbs/gallon = 33.36 lbs). Next, use the specific heat capacity of water (1 BTU/lb°F) to calculate the energy required: 33.36 lbs x 2°F x 1 BTU/lb°F = 66.72 BTU. So, 66.72 BTU is needed to raise the temperature of 4 gallons of water in this scenario.
It takes 1 calorie of energy to raise the temperature of 1 gram of water by 1 degree Celsius.
To raise the pH of 10,000 gallons of water, the amount of soda ash (sodium carbonate) needed depends on the initial pH and desired pH level. Generally, to increase the pH by about 0.2 to 0.5, you may need approximately 2 to 4 pounds of soda ash per 10,000 gallons. It's important to test the water's pH after adding soda ash, as the exact amount can vary based on water chemistry. Always add soda ash gradually and monitor the pH closely.
To determine the amount of hypochlorite needed to produce a 100 mg/L chlorine solution in 300 gallons of water, you need to calculate the total chlorine required. The total amount of chlorine needed is 100 mg/L x 300 gallons = 30,000 mg of chlorine. Knowing that hypochlorite contains about 12-15% available chlorine, you can divide 30,000 mg by 0.15 to get the total amount of hypochlorite required.
800 pounds of water would be 95.8 US gallons.
15,320.1 US gallons of water.
18,770 Gallons or round it up to 20,000 for calculation purposes.
Cannot be answered with only these measurements. You need to specify what shape the pool is. Also, for a rectangular pool, the length, width and depth are needed. For a round pool, the diameter and depth are needed.
To raise Lake Michigan by 1 inch, approximately 1.5 billion gallons of water are needed. This estimate is based on the lake's surface area, which is about 22,300 square miles. When considering the volume of water required to cover this area by one inch, the calculation results in the need for about 1.5 billion gallons.
The volume is (16' x 32' x 7') = 3,584 cubic feet = 26,810.18 gallons (rounded)We have no way of knowing how much water is in it.It might even be empty.
615,142 gallons of water are needed to fill this cylinder.
Go to http://www.havuz.org/pool-calculators.htm
The cylinder holds up to 7,943.23 gallons of water.
15000 gallons
5 gallons
It depends on the depth of the pool as well as other factors. There are many variables other than just the outside length and width when it comes to a kidney shaped pool.
125000000