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Prepare dimensionless performance curves for the 205-mm-diameter radial flow pump of Fig. 12.6. Compare these with the curves shown in Fig. 12.12. Can you explain why there may be differences between the two sets of curves?
On the basis of air-standard analysis, calculate: 1) the rate of heat addition, in Btu/h. 2) the pressure at the turbine exit, in psi. 3) the compressor power input, in Btu/h. 4) the velocity at the nozzle exit, in ft/s.
Calculate the plastic modulus Z and the shape factor f.
Water in the container is originally at a h=3 ft. If a block having a specific weight of 50 ib/ft^3 is placed in the water, determine the new level h of the water. The base of the blocks is 1 ft square, and the base of the container is 2 ft square.
13 lbm of air inside a rigid tank contains is initially at 100of and 40 psia. the tank is heated until its pressure is
100 lb of fluid food is heated by addition of 10000 btu of energy. if the food has initial temperature of 40degf and
fluid mechanics problem a triangular shaped cylinder is enclosed in a container of oil and rotates at an angular
ten kg of water is in a closed container with a volume of 0.73 m3 and a temperature of 1000 degc. determine the amount
For a normal distribution, find the z score values that separate
Derive an expression for the determination of I of the disk about the g-g-axis in terms of the disk weight W, I, r, and the torsional period τ of small oscillations.
a feeder heater extracts steam from a turbine at 600kpa and 250c which it combines with 0.3 kgs of liquid at 600 kpa
the only information you have about a proposed site for a wind farm is that the wind blows at speeds above 25 ms 90 hrs
Is it possible for one object to gain mechanical energy from another without touching it?
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