how do i work out the volume of water in my pond?
536180
To calculate the volume just measure the length, width and depth of your pond then multiply them all together. Length x Width x Depth x 1000 = litres.
988524
Pool Water Loss Formula Multiply the length (L) times width (W) times the amount of the water loss (WL) in inches times . 6233 for a rectangular pool. Example: L-32' x W-18' x WL 2" x . 6233 = 718.04 gallons in 24 hours.
882407
Pond Water in Litres If you require this capacity in litres which most companies now work with, you will need to multiply the number of gallons by 4.5. e.g. calculate the number of litres by knowing the pond is 1,250 gallons: 1,250 x 4.5 = 5,625 litres.
1147896
Multiply the length, width and depth of the hole in feet to find the total volume in inches. For the example: 1 foot x 2 feet x 0.5 feet = 1 cubic foot. Divide the area by 27 to find the volume of the dirt in cubic yards (because 1 cubic yard = 27 cubic feet).
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First, plug the values of the volume, pi, and radius into the formula for volume of a cylinder. Last, divide each side by 78.5 for the answer, remembering to include the appropriate unit of measurement. The answer is the height of the cylinder is 10 feet.
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You can measure from the inside of the tank or, if preferable, measure the outside and then subtract the width of the tank walls to determine the inside measurement. Next, multiply the length, width and depth measurements in order to find the cubic volume in cubic inches.
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The minimum recommended requirement for a koi pond is a ( 6ft x 8ft x 4ft ) six-foot by eight-foot pond that is four feet deep. This will need 1077 gallons of water. But you will need a larger pond if you have more fish. This minimum pond size can accommodate no more than four or five average-sized koi.
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Length x width x average depth x 7.5 = volume (in gallons) Measure the length, width, and average depth of the pool, rounding each measurement off to the nearest foot or percentage of one foot. One inch equals 0.0833 feet.
2405
Multiply the square footage by the depth in feet to find the volume of the space in cubic feet. Volume is found by measuring length × width × depth. Finally, divide the cubic footage by 27 to find the volume in cubic yards. This is the amount of concrete needed.
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['Surface area. The surface area of a dam is calculated by multiplying the length by the width. ... ', 'Volume. With the surface area depth calculated, the volume can then be determined: volume (m3) = surface area (m2) × max depth (m) × 0.4. ... ', 'Gully dams. You can estimate the capacity of small gully storages using this formula: ... ', 'Depth.']
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["Square/ Rectangular (Gallons): Multiply length x width x average water depth (feet) x 7.5. Example: 8' x 4' x 2' x 7.5' = 480 gallons.", 'Square/Rectangular (Acres): Multiply length x width, then divide by 43,560 (square feet per acre) ... ', 'Round (Gallons): Multiply diameter x itself x average water depth (feet) x 5.9.']
700217
Multiply average length (feet) x average width (feet) x average water depth (feet) x 7.48 gallons per cubic foot. Round (Gallons): Assume the diameter is 10 feet and the average depth is 4 feet. Divide the diameter (in feet) by 2 to get the radius.
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The average price to install a pond ranges from $1,231 and $5,168, with most homeowners paying around $3,121. The expense is usually $2.50 to $7.15 per square foot. For a larger-scale project, expect to pay $3,000 to $8,200 per acre, or more. Ponds can be surprisingly inexpensive to install.
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Multiply the result by 7.48. The answer is the number of gallons of water the tank holds. 7.48 is a the number of gallons in a square foot of space.
1104705
We find moles of water. All you have to do is just divide 75 by 18 and you'll get 4.17 moles of H2O. That is the final answer.
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Example: 50.24 x 3 = 150.72. This number is the volume and needs to be multiplied by multiplier 5.9 to determine gallons. To determine circumference or perimeter of the circle, Multiply 3.14 x Radius x 2. Example: 3.14 x 4(for 8′ spa) x 2 = 25.12′,(measurement for coping/tile).
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['CFH = < (1600) X (150 - 50) > ÷ 800.', 'CFM = (FACE AREA) X (VELOCITY)', 'CFH =< (GPM WATER) X (°F OUT - °F IN) X 1.1 > ÷ 2.', 'CFH =< (10) X (120) X 1.1 >÷ 2.', 'CFH = 660.']