Calculate the head loss for the section of pipe

Reference no: EM13998009

A section of pipe 100 ft long and 2 inches in diameter contains a fluid at 200 degree F flowing at a mass flow rate of 65 gallons per minute (gpm). The fluid has a density of 40 lbm /ft3 and a viscosity of 3.5 X 10-5 lb=sec / ft2. The relative roughness of the pipe is 7.5 x 10-5 Using Darcy's Equation, calculate the head loss for the section of pipe.

Reference no: EM13998009

Questions Cloud

Measurement method for financial disclosures : If all financial statement preparers worldwide used fair value accounting as the only measurement method for financial disclosures then managers would have no incentive to manipulate accounting numbers or engage in earnings management

What is the component of the velocity : What is the component of the velocity in the direction parallel to the magnetic field? What is the component of the velocity perpendicular to the magnetic field?

The needs of digital content providers to protect : Write a 4 page paper that compares and contrasts the needs of digital content providers to protect their rights to a fair compensation for the use of their work with the various restrictions possible using DRM technology. Include discussions of the c..

Hipaa compliance : HIPAA Compliance You are a security engineer for a hospital group based in Cincinnati, OH. Your group has just acquired a small hospital in Alba, IA. Currently, everything except insurance billing is done on paper forms.

Calculate the head loss for the section of pipe : A section of pipe 100 ft long and 2 inches in diameter contains a fluid at 200 degree F flowing at a mass flow rate of 65 gallons per minute (gpm). The fluid has a density of 40 lbm /ft3 and a viscosity of 3.5 X 10-5 lb=sec / ft2. The relative ro..

Two buildings, 25 computer users in each building : Location one: TWO buildings, 25 computer users in each building. (50 TOTAL)Location two: one building, 15 computer users.Location three: one building 35 computer users.

What is the resistance of a normal wire : Assume that the cost of liquid nitrogen is $0.30 per liter, and that electric energy costs $0.10 per kWA·h. What is the resistance of a normal wire that costs as much in wasted electric energy as the cost of liquid nitrogen for the superconductor?

What is the amplitude frequency and wavelength of the wave : The figure is a history graph at x = 0 m of a wave moving to the right at 2.0 rn/s. What is the amplitude of this wave? What is the frequency of this wave? What s the wavelength of this wave?

Why is naphthalene used in this experiment instead of water : When a solute is add to a pure solvent, what effects does the solute have on freezing and boiling point of the solution?

User Account

All Pages