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A 2-in-diameter stream of water having a velocity of 40 ft/s strikes the edge of a flat plate such that half the stream is deflected downward as shown in Fig. 16.16. Calculate the force on the plate and the moment due to the force at point A.
1. Consider 100 kg of steam initially at 20 bar and 240°C as the system. Determine the change in exergy, in kJ, for each of the following processes:
a gasoline delivery truck traveling at 80 kmhr decelerates at a constant rate to a complete stop 10 seconds. the
a steel disc 300 mm diameter of mass 29kg is suspended from the end of a wire 2.5 mm diameter and 1.5 m long which is
a gas turbine power plant operates under the brayton cycle which is non-ideal due to heat losses from the compressor
In working out his principle, Pascal showed dramatically howforce can be multiplied with fluid pressure. He placed a long thintube vertically into a wine barrel, Fig.
Consider the flow of clockwise vortex of circulation gamma and a source of strength Q, both located at the origin. Show that the result is a spiral flow in which the velocity is everywhere inclined at the same angle to the radius vector from the orig..
you are given a four-wheeled cart of mass 15 kg where the distance between a wheel and its nearest neighbors is 2 m.
a projectile is launched from the ground with v0100fts at t0 theta060 degrees. determine the time t when the velocity
an effluent stream consists of poly-dispersed aerosol of uniform density 1.8 gcm3. the particle size distribution is
the mass of the ball is m2kg and the strings length is l1m. the ball is released from rest in position 1 and swings to
the temperature and pressure at the surface of mars during a martian spring day were determined to be -56 oc and 433 pa
a heat engine is composed of of a monatomic ideal gas which runs in the following cycle at point a the pressure is 2.6
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