To calculate the weight of a foot (one linear foot) of 42-inch pipe, we need to know the pipe's material and thickness. Different materials and wall thicknesses result in different weights for the same size of pipe.
For example, the weight per foot of a 42-inch steel pipe with a specific wall thickness will be different from the weight of a 42-inch PVC pipe with the same wall thickness.
If you provide the specific material and wall thickness of the 42-inch pipe, I can help you calculate the weight per foot accurately. Otherwise, I can provide a general estimate based on a standard 42-inch steel pipe with a standard wall thickness, but keep in mind that this will not be precise for your specific pipe.
42 42.000 STD .375 166.7141.250 42 42.000 XHY .500221.61 41.000 Weights are 166.71 per ft. and 221.61.
30-inch (inside diameter) RCP has a wall thickness of 2.75 inches. Therefore, the outside diameter of 30-inch RCP is 35.5 inches.
The invert is the exact elevation of a drainage facility or pipe where the water is designed to flow. If a 2 foot dia. pipe crosses the road, one end of the pipe will be higher than the other, say 6 inches of fall. Say the high end (elevation measured at the end of the pipe at the flowline) is at elev. 325.00 The elev of the low end at the end flowline would be 324.50. 325.00 is the invert in 324.50 is the invert out
It could be 65" (b wall - 5.5" wall thickness), or 66.5" (c wall - 6.25" wall thickness).
More info is needed. What is the elevation of the bottom of the tank relative to the outlet of the 14" pipe? How much liquid is in the tank, and what are the tank dimensions? What is the shape of the tank (cone, vertical, horizontal, sphere?) How many fittings (elbows, turns, half-open valves etc.) are along the length of the pipe? How much pressure is being applied to the surface of the liquid in the tank or is it open to the atmosphere? Try this formula for a vertical tank with straight sides open to the atmosphere: t = pi * D2 / Cd / A *sqrt (h / 8 / G) where t = time in seconds pi = 3.14 D = tank diameter (feet) Cd = orifice coefficient (use 0.61 for a sharp edge orifice) A = cross-sectional area of outlet pipe (square feet; A = pi * pipe diameter2 / 4) h = height of liquid in tank plus height of bottom of tank above pipe outlet (feet) G = gravitational acceleration (32.2 ft/sec2)
dvw pipe = drain, waste and vent pipe.
40
much water per foot will a 5 inch pipe hold
Not very much, but it will depend on the diameter of the conduit- and you did not tell us how big. It comes it different sizes.
The answer will depend on whether it is a 2 inch pipe or a 2 cm pipe or a 2 foot pipe or whatever.The answer will depend on whether it is a 2 inch pipe or a 2 cm pipe or a 2 foot pipe or whatever.The answer will depend on whether it is a 2 inch pipe or a 2 cm pipe or a 2 foot pipe or whatever.The answer will depend on whether it is a 2 inch pipe or a 2 cm pipe or a 2 foot pipe or whatever.
about 25 bucks per foot .
Depends how long it is
The volume of the pipe is 0.2078 gallon per foot of length.I have no idea how much water might be in it.
2.75 Imperial gallons.
A two inch pipe can hold 0.1632 gallons per foot. It takes slightly over 6 feet of two inch pipe to hold one gallon of water.
This depends on the size of the copper pipe and what class it is. For example, copper pipe half inch class 0 and copper pipe class 3 have a wide weight difference because the wall of the class 3 copper pipe is much thicker.
1 and 1/2 gallons
The price of PVC pipe varies from retailer to retailer. Home depot and Lowes sells most sizes for under three dollars a foot. 4 inch PVC pipe shouldn't cost more than $20 for a ten foot section.