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Drop per foot doesn't care about length of run, it depends on pipe size. Pipe larger than 2" needs only 1/8" per foot (37.5" fall for 300'), 2" and smaller needs 1/4" per foot (75" fall for 300')
One eighth inch drop per foot of run.
For a 3 foot diameter pipe, 52.9 US gallons per foot of length.
It is 7.83 gallons per inch. .785x4x4x1=12.56 cubic feet. 12.56 cubic feet x 7.48 gallons per cubic foot=93.9 gallons per foot 93.9 gallons per foot / 12 inches per foot =7.83 gallons per inch.
about 25 bucks per foot .
12inch*12
I am an illegal and will do it for .25 cents per foot
Drop per foot doesn't care about length of run, it depends on pipe size. Pipe larger than 2" needs only 1/8" per foot (37.5" fall for 300'), 2" and smaller needs 1/4" per foot (75" fall for 300')
It is 0.087 feet = 1.05 inches, approx.
One eighth inch drop per foot of run.
Usain Bolt is the fastest recorded human being on foot at 27.44 miles per hour.
Our products run between $4.00 - $7.00 per Square Foot. Thanks! steve@swfl.foreverlawn.com
The cost per cubic yard will vary per contractor. However, the average price per cubic foot is $92-$95, and can run up to $110.
For a very short distance. The water will run out and leave the solids. 1/8 to 1/4 inch per foot is proper.
The related question "How fast can a deer run?" is answered: "Deer are able to run up to 40 miles per hour, jump 9 foot fences, and swim 13 miles per hour. " Mule deer are relatively small deer, so I would guess they are somewhat slower.
The cost would be whatever the price is per foot/inch.
To convert .25 inch per foot into degrees or percent slope, you first need to determine the rise over the run. In this case, .25 inch per foot is equivalent to a rise of .25 inches for every 12 inches of horizontal distance (1 foot). To convert this into degrees, you can use the arctangent function: arctan(.25/12) ≈ 1.19 degrees. To convert this into percent slope, you can use the formula: percent slope = (rise / run) x 100. In this case, it would be (.25/12) x 100 ≈ 2.08% slope.