Determine what is the shear stress at the pipe wall

Reference no: EM13321472

Stream with a specific weight of 38 N/m^3 is flowing with a velocity of 35 m/s through a circular pipe with f=0.0154. What is the shear stress at the pipe wall?

Reference no: EM13321472

Questions Cloud

A price consumption curve and a demand curve : A price consumption curve and a demand curve an individual demand curve and a market demand curve

Calculate the friction head loss per meter of pipe : When fluid of specific weight 8.2 KN/m^3 flows in a 150-mm-diameter pipe, the frictional stress between the fluid and the pipe wall is 25 N/m^2. Calculate the friction head loss per meter of pipe

Find the speed of a proton : An electron has a speed of 0.750c. Find the speed of a proton that has the same kinetic energy as the electron

Explain what is the reaction rate constant for the waste : The initial DO of the mix is 9.0 mg/L. After 5 days, the DO is 4.0 mg/L. After a long period of time, the DO is 2.0 mg/L, and it no longer seems to be dropping. Assume nitrification has been inhibited so the only BOD being measured is carbonaceous..

Determine what is the shear stress at the pipe wall : Stream with a specific weight of 38 N/m^3 is flowing with a velocity of 35 m/s through a circular pipe with f=0.0154. What is the shear stress at the pipe wall

Calculate the velocity of the end of the whip as a function : A whip crack is illustrated below. To crack the whip, it is thrown forward with a velocity of 10 m/s and the handle is stopped in a vertical position instantly forming a tight loop that propagates forward.

Explain the original concentration of ag+ in the solution : It took 4.36 min with a current of 3.14 A to plate out all the silver from 0.146 L of a solution containing Ag+. What was the original concentration of Ag+ in the solution

Find the magnification of the image formed by the lens : An object is placed to the left of a convex lens and on the optical axis. find the magnification of the image formed by the lens

Determine what is the effective theoretical detention time : Determine the surface area of a primary settling tank sized to be handle a maximum hourly flow of 0.570 m3/s at an overflow rate of 60 m/day.If the effective tank depth is 3.0 m

User Account

All Pages