150
The measurement units for the second 10 are not given. Furthermore, it is not clear whether that measure refers to the radius, diameter or even circumference of the pipe. Consequently, it is not possible to answer the question.
2,181.66 cubic feet.
It is not possible to answer the question without knowing which of the two measures is the radius or diameter, and which is the length.
First, think about what a diameter of a circle is. It is a line drawn through the middle of a circle from one side to the other. Is a pipe shaped like a circle? Yes, so you can use diameters of a circle to figure this out. Second, draw a circle like the inside of the pipe. Draw a straight line through the middle from one side to the other. Write 10 cm above it. Third draw a circle around the first circle. Draw a line to one end if the first line. Write 1 cm above it. Fourth, do the same on the other end of the first inside line and write 1 cm above it. You should have a line that goes through the middle and all the way to the outside circle. Now, look at what you have: 1 cm on the outside + 10 cm on the inside + 1 cm again on the other outside. If this seems tricky run your finger along the line to see how it works. What do you have? 1 cm + 10 cm + 1 cm = 12 cm. 12 cm is the answer.
A pipe nipple is a fitting, consisting of a short piece of pipe, usually to connect 2 pipe fittings. Sch 10 indicates the wall thickness of the pipe nipple. For example a sch 10 1" diameter nipple will have a wall thickness of 0.19". These standard wall thicknesses are specified in ASME B36.10M. A chart listing standard wall thicknesses can be found here: http://www.allsteelpipe.com/Pipe-Dimensions-Weights-Chart.pdf
How to miter 4" sch. 10 pipe s.s. on 22.5 degrees.
how long is it? 5.026 litres / metre ignore the outside (10cm), it's unimportant
Schedule - gallons/foot SCH 5s - 22.655 SCH 10s - 22.532 SCH 10 - 22.532 SCH 20 - 22.055 SCH 30 - 21.351 SCH 40s - 22.055 SCH 40 - 20.887 SCH 60 - 19.862 SCH 80s - 21.583 SCH 80 - 18.972 SCH 100 - 17.887 SCH 120 - 16.939 SCH 140 - 16.118 SCH 160 - 15.220
i think you are asking the schedlue of pipe.sch 5 sch 10 sch 40 an on up to different thickness's.it can get very thick and a welders nightmare
A PVC pipe 2,640 feet long with an inside diameter of 10 inches has a volume of: 1,440 cubic feet.
Depends on if the 10" is inner or outer diameter, and the length of the pipe.
31.4159inches
Thicker pipe wall is required to contain higher fluid pressures. For the same fluid pressure, a thicker pipe wall is required for a larger diameter pipe than that required for a pipe of smaller diameter. A schedule of pipe sizes and wall thicknesses has been established by ASTM standards governing manufacturing of pipe. A previous description of pipe wall thicknesses as "Standard", "Extra Strong" and "Double Extra Strong" has been supplanted by a schedule of 10, 20, 30, 40 60, 80, 100, 120 and 160. Schedule 40 pipe generally compares with the previous use of "Standard". For metal pipe, Schedule 80 pipe has a thicker wall and can withstand greater pressures than a Sch 40 pipe. A point of confusion is that for PVC piping, Schedule 80 pipe has a thinner wall than Sch 40 pipe.
Completely filled, (pi x radius squared x length in inches)/231 cu in per gallon = gallons = 13.06122449, if the inside diameter of the pipe is 2 inches. =========== Of course that assumes that the inside diameter is exactly 2 inches. For real pipes, the actual inside diameter of a pipe depends on the "schedule" of the pipe. For a "nominal" pipe diameter of 2 inches, the outside diameter will be 2.375 inches and the wall thickness could vary from .065 inches (schedule 5) to .343 inches (schedule 160) meaning that the actual inside diameter could vary from 2.245 inches to 1.689 inches.
As a rule of thumb - 10 x pipe diameter upstream, 5 x pipe diameter downstream Isuru
The RADIUS of a 5D pipe bend is actually what is 5 times the nominal diameter. So if you had a 10" diameter pipe, the radius of the centerline of the bend would be 50 inches.