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Water flows as two free jets from the tee attached to the pipe shown in Fig. P5.49. The exit speed is 15 m/s. If viscous effects and gravity are negligible, determine the x and y components of the force that the pipe exerts on the tee.
Calculate the time taken to complete the first 200 revolutions.
find the value of X(0.4) using the Euler method
the presence of raindrops in the air during a heavy rainstorm increases the average density of the air-water mixture.
in a household air condition system r-134a is condensed steadily in an adiabatic closed heat exchanger by air. air
two 10 inch gears are to be mounted 12 inches apart and have a velocity ratio of 51. find the pitch diameters and the
air at 800 kpa and 400oc enters a steady-flow nozzle with a low velocity and leaves at 100 kpa. if the air undergoes an
Identify six consumer products that are likely to be controlled by safety-critical software systems.
determine the compressor work input requireed to compress steam isentropically from 100 kpa to 1 mpa assuming that the
a heat engine in each cycle absorbs energy from a reservoir as heat and does an equivalent amount of work with no other
saturated water vapor at 200 kpa is in a constant pressure piston cylinder. at this state the piston is 0.1 m from the
determine (a) the reaction at end A and B , (b) the minimum required cofficient of static friction at end A
A rocket nozzle has a chamber pressure of 20 Bar (2 MPa) and a chamber temperature of 2750 K. The rocket is designed to operate isentropically at 12,500 m altitude. Note that the pressure at 12,500 m can be estimated using this equation P/P0 = exp [-..
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