It depends on the length of the pipe.
That depends on the material of the pipe. A lead pipe would weigh more than a plastic one. However, if you know the mass per cubic inch of the material, you can work it out, here's how you do it: Let m = the mass of one cubic inch of the material Let w = the total weight of the pipe Let l = the length of the pipe in inches then the equation you want is this: w = lmπ(r2 - (r - 0.5)2) Given that we want the weight per foot, we can say that "l", the length in inches, equals 12. We can also replace "r" with the outer radius of the pipe: w = 12mπ(302 - 29.52) w = m × 333π w ≈ m × 1046.15 Where w is the weight of the pipe, and m is the mass of the material per cubic foot.
The weight of the pipe will depend on its volume, The volume in turn, will depend oninner radius or diameter,outer radius or diameter,length.Only one of these is given.
Given enough time the entire ocean could be pumped through a half-inch pipe.
Probably the wrong size flange. Is the flange a toilet collar? If so the pipe is probably 4 inch.
The same as for the pipe before the mortar lining is applied.
Please Calculate the weight per fit of G.I. pipe
You need to specify the wall thickness in order to calculate the weight.
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.
It depends on the length of the pipe.
The weight of a 60-inch steel pipe will depend on the wall thickness and material grade of the pipe. To calculate the weight, you would need to know the specific dimensions and properties of the steel pipe.
That depends on the material of the pipe. A lead pipe would weigh more than a plastic one. However, if you know the mass per cubic inch of the material, you can work it out, here's how you do it: Let m = the mass of one cubic inch of the material Let w = the total weight of the pipe Let l = the length of the pipe in inches then the equation you want is this: w = lmπ(r2 - (r - 0.5)2) Given that we want the weight per foot, we can say that "l", the length in inches, equals 12. We can also replace "r" with the outer radius of the pipe: w = 12mπ(302 - 29.52) w = m × 333π w ≈ m × 1046.15 Where w is the weight of the pipe, and m is the mass of the material per cubic foot.
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.
You need more information than that ! You need the density of the material it's made from, and the thickness of the pipe !
The weight of the pipe will depend on its volume, The volume in turn, will depend oninner radius or diameter,outer radius or diameter,length.Only one of these is given.
The volume of this pipe is 261.8 cubic feet.
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.