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You need to fill a football with air to play with it. You know that your pump expels air at speed of 8.2 ft/s. The needle of your pump has a radius of 4.5 millimeters. What is the volume flow rate of the air being pumped into the football?
Write a short essay describing your personal perspective on the project team experience so far. To the extent possible, please comment on the following:
Water is pumped from a lake at ambient pressure and temperature to an elevation of 15 m through a pipe of 2-cm diameter galvanized iron at a flow rate of 0.00366 m3 /s. Assume the discharge is to open atmosphere. The pipe is 70 m long and has 2- 90o ..
The cross-section of a turbine rotor disc is designed for uniform strength under rotational conditions. The disc is keyed to a 60 mm diameter shaft at which point its thickness is a maximum, what is the required maximum thickness
The other is to use a Glauber salt, which undergoes a phase change at approximately 30°C with a heat of fusion of 329 kJ/L. In both instances, a heat exchanger will be necessary in order to meet building code. Discuss the advantages and disadvanta..
Calculation of average pressure and upsetting force in forging and how to minimize barrelling effect - barrelling caused by friction can be minimized by applying an effective lubricant or ultrasonic vibration
a high pressure axial compressor for a jet engine rotates at 15000 rpm with an overall stagnation pressure ratio of
consider an alcohol and a mercury thermometer that read exactly 0 c at the ice point and 100 c at the steam point. the
A piston-cylinder device contains 12 kg of saturated R-134a vapor at 3.2 bar. An electric source supplies 8 A current to a resistor within the cylinder for 4 minutes and there is heat transfer of 400 kJ to the system. During these energy interactions..
a for a rectangular coordinate system we developed the navier stokes equation for vx. now reduce that equation to
air enters the compressor of an air-standard brayton cycle at 100kpa 300k with a volumetric flow rate of 5m3s. the
Determine the natural frequencies of the system shown in Fig. 5.39 by assuming that the rope passing over the cylinder does not slip.
liquid water enters a 25-kw pump at 100kpa pressure at a rate of 5kgs. determine the highest pressure the liquid water
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