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')
To drain the over flow from a tank or fixture
Over 9,000.
measure the radius of the pipe. (half the diameter - the width of the pipe) then measure the length of the pipe. then use the formula pi (3.14) x radius2 x length. the answer is the volume in the pipe
A piece of pipe is 303/4 inches long. If five pieces, each 41/3 inches long, are cut from the pipe, how many inches of pipe remain?
pipe length = 5487mm pipe size = 6inch
From various sources I gathered that the minimum fall (slope) is 1cm fall over 1m distance. Converted that is 0.125 (1 eighth) inch fall over 1 foot distance.The maximum that should not be exceeded is 1cm fall over 20cm distance. Converted that is 0.25 (1 quarter) inch fall over 4 foot distance.
1 %
It is pi (roughly 22/7) x r x r (i.e. 9) x 5280, the answer being in cubic feet - but you can do the math.
you have to go ABOVE the pipe and fall into the pipe ;) since the level is falling bricks just goby the pipe and youre there
In a pipe it is the roughness of the pipe over the diameter of the pipe
No, fittings go over the pipe
1/4" per foot normally
You get hit by a laser. then you fall down and the pipe yard inside bowser opens up and you get out through a pipe
Oh, dude, a 1 in 40 fall on a drainage pipe means that for every 40 units of horizontal distance, the pipe will drop by 1 unit vertically. It's like the pipe is playing a little game of "let's go downhill slowly" as it carries all that water away. So yeah, it's just a fancy way of saying the pipe is sloping down to help with the drainage.
Not really, there are tiny lumps all over most of it.
You have 34.3 feet left