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1. Using the results of Problem 17.13, compute the corrosion penetration rate, in mpy, for the corrosion of iron in HCl (to form Fe2 + ions) if the corrosion current density is 8 X 10-5 A/cm2.
2. (a) Cite the major differences between acti- vation and concentration polarizations.
(b) Under what conditions is activation po- larization rate controlling?
(c) Under what conditions is concentration polarization rate controlling?
Drilling fluid plays an important role in any drilling activity. It is the main controlling parameter in well control. Its main function is to control the bottom hole pressure (BHP) and stabilize the borehole. Therefore, it is very important to..
What is the capacity and level of service profile of the facility under the existing condition?
a horizontal pipeline is designed for a given e epsilon l q flow rate density viscosity and change in pressure and the
A tank contains helium at 100 degrees C and 10 kPa gage. The helium is heated in a process by heat transfer from the surroundings such that the helium reaches a final equilibrium state at 300 degrees C. Determine the final gage pressure of the helium..
a painter is standing on a work platform that is 27 feet above ground level. for fall protection the workers safety
Design and construction of a modified single stroke positive displacement pump
Air enters an adiabatic compressor at 0.1 kg/s, 100 kPa, 25 °C and exits at 700 kPa. (a) Draw a schematic of the system. Determine (b) the minimum power input (kW) and (c) the entropy generation rate (kW/K)
The fins are equally spaced around the circumference of the tube, each having a thickness of 2 mm and a length of 15 mm. What is the corresponding overall heat transfer coefficient Uc?
show work to prove the following problem an experimentalist claims to have raised the temperature of a small amount of
A four-cylinder two-stroke engine operating at 2400rpm produces 55kW of total brake power. The cylinder displacement is 1L. Assume the heat release perks of fuel to be 35MJ and the thermal efficiency to be 30%.
Explain circumstances in which it is possible to improve maintainability to counteract poor reliability, and also identify circumstances where this approach is unrewarding.
let it cool back to the outdoor temperature, pass it through a turbine, and discharge the cold air leaving the turbine into the house. from a thermodynamic point of view, is the proposed system sound?
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