About:
The volumetric flow rate is calculated with a formula Q=A*v where A is the area of the opening perpendicular to the pipe. (if you cut the pipe at 45 degrees the computation becomes a bit more complex but doesnt vary much unless you have really high flow rates) and v is the velocity of the (uncompressible) fluid moving through the pipe.
pi*r2 calculates the area of a circle, where r is the radius of the circle.
pi*32 = 28.27in2 or 182.39cm2
so if the water flows at 2 feet per second (1.36 miles per hour) you'll have
28.27*24 = 678.48in3/sec = 2.94 Gallons per second. (231 cubic inches per gallon)
or 11.13 litres/sec. (at v=.610m/sec)
Speed up the flow rate and you'll get more water per second.
In reality you need to consider other factors, like whats the pipe made of, can it tolerate high velocity/high pressure, and are you pumping into an ever increasing load (eg. into the bottom of a tank that gets more and more full)
you cannot have 12 inches of a 6 inch pie silly!!!(think about it)
There is no real solution. 6 inch to a metre is a scale which may (or may not) be appropriate to a plan.
Six inches is 0.1524 meters.
0.15 m
Two times the diameter of the supply pipe, but never less than 1 inch.
ANSWER: If you havs a faucet on the front side of the house, directly below it should be a water inlet pipe and shut off valve. Its not always 100% there, but a really good place to start digging. The valve is usually in a 4 inch PVC pipe sticking above the ground, but can be easily covered up. Dig carefully as not to break the inlet pipe and expose the shut off valve at the meter incase you break it.
Pipe-to-soil potential is the potential of a pipeline at a given location.
No, Qwest pipe and joints are OK with well water
What is the formula for speed and height thru a steam pipe
5,600 cubic inches.
201.1 cubic inches for every inch long the piece of pipe is.
Just search for the numerous questions about the volume of a cylinder. Note that a 2-in pipe has a radius of one inch.
you cannot have 12 inches of a 6 inch pie silly!!!(think about it)
A 1-foot length of a pipe with an 1-inch internal diameter will hold pi*r2*h cubic inches where r = 0.5, h = 12 So 9.42 cubic inches.
The volume of this pipe is 1,113 cubic inches or 0.644 cubic feet.
Volume = pi*r2*h = pi*12*100 = 314.159 cubic inches.
The volume of a 12 inch x 12 inch pipe is: 1,360 cubic inches
First calculate the cubic inches, then convert to gallons. Volume=pir2h=3.1416x32X120=3393 cubic inches 3393 cubic inchesx0.00433 gallons/cubic inch=14.7 gallons
Not enough info to determine an answer. "Cubic inches" is a measurement of Volume with 3 dimensions. A "24 inch Pipe" can mean either a Length of 24 inches or a Diameter of 24 inches. To calculate a Volume of a pipe, you need the Diameter (or Radius) and the Length.
231 cubic inches. So 0.832674 Gallons.
A 4-inch diameter pipe that is 3,000 feet long has a volume of: 261.8 cubic feet.