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What is the stream function that represents the potential now about a cylinder whose radius is 1 m and which is located in an air stream where the free-stream velocity is 50 m/s? What is the change in pressure from the free-stream value to the value at the top of the cylinder (i.e. theta = 90 degree)? What is the change in pressure from the free-stream value to that at the stagnation point (i.e. theta = 180 degree)? Assume that the free-stream conditions are those of the standard atmosphere at sea level.
Gaseous propane at 77 oF is mixed with air at 300oF and ignited. What percentage theoretical air must be used if the temperature of the products is 1700oF? Assume an adiabatic process.
a piston-cylinder device with a free floating piston contains 2 kg of water as a saturated liquid with a pressure of
a solar thermal engine operating between 20 degrees celsius and 200 degrees celsius has efficiency equal to one-half of
a metal has a cubic structure with a density of 1.892 gcm3 an atomic weight of 132.91 gmol and a lattice parameter of
Determine the forces in members DE, and DJ, and IJ using the method of sections. Indicate whether each member is in compression or tension.
A simple Rankine cycle with water as the working fluid operates between the pressure limits of 15 MPa in the boiler and 100 kPa in the condenser. Saturated steam vapor enters a turbine. Irreversibilities in the turbine cause the turbine to be 70 perc..
one mole of an ideal gas at t 25 degc is held in a cylinder by a piston at a pressure of 1 x 107 n m-2. the piston
air initially at 1 atm and 500degr with a mass of 2.5 lb is contained within a closed rigid tank. the air is slowly
the probability of a memory chip from a production line being defective is 0.04. find the probability that in a sample
water flows through a 60 mm diameter tube that suddenly contracts to 30 mm diameter. the pressure drop across the
Nitrogen in a closed tank initially at 27 0C is contained in a rigid closed tank is heated until the pressure doubles. Assuming an ideal gas, determine the final temperature and the heat transfer.
Demonstrate suitable accuracy by using a simple hand calculation for the static analysis of the structure. Describe in detail the hand calculations performed to validate the final solution. What is the approximate error between the simplified hand..
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