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sorry my step brother is french
The answer depends on the thickess of the pipe. The universal formula for carbon steel pipe weight is 10.6802 x T x (OD-T) T=Thickness of pipe OD=Outside Diameter If your pipe was carbon steel with a thickness of .375" it would be 238.8 lbs/ft
t = PxDxA/2E where, t = thickness P = pressure D = pipe Diameter A = factor of safety E = tensile strength of pipe
Use the formula 4.5*t(OD-t)/1000
This mass is approx. 5.1019 t.
Roger T. Pipe was born on 1967-10-17.
Weight of MS Angle = (2*W-T)*T*L*7840 kg (All units are in MKS) Where, S = Width of any side in mtr T = Thickness of the angle in mtr. L = Length of the angle in mtr. 7840 is the density of MS in kg / m3. w=(2*.1-.008)*.008*1*7840 =(.2-.008)*62.72 =(.192)*62.72 =12.04 kg/mr
Not sure what a "t" pipe is. Please explain and give more info.
Since , V = u + at, we get , a = v - u /t = 402.3 - 0 /9.013 = 44.6355264617 ms-2 Therefore, acceleration = 44.6355264617 ms-2
ms. Mariannne T. Avelino
PC = 2 Sy [ ((D/t)-1) / (D/t)2 ] The equation above is unclear: What stands for S, y, D, t? The one I am using: PC= 2*E/ (1-M^2)*(t/D)^3 Where E= Elasticity [Young] modulus, M= Poisson ratio, t= wall thickness, D= external pipe diameter
To calculate revenue per ton mile, divide revenue (R) by the product of the weight in tons (T) and the distance in miles (M) traveled. Revenue per ton mile = R/(T x M)
If you are given a graph of the signal. Calculate the period, T, which length of time for one cycle. The frequency is f = 1/T (Hz) For example. T = 20 ms, f = 1/(20 ms) = 50 Hz. If you are given an equation, in the form of: v(t) = Vm cos (ωt + ϴ) The frequency is ω (rad/s) For example v(t) = 120 V cos ((314 rad / s) t + 0) The frequency is 314 rad/s = 50 Hz.