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Calculate the flowrate throught this pipeline and nozzle assuming no frictional energy losses (i.e. ideal). Calculate the pressures at points 1, 2, 3, and 4 in the pipe and the nozzle exit velocity.
when the three blocks are released from rest they accelerate with a magnitude of 0.660 ms2. block 1 has mass m block 2
water is the working fluid in an ideal vapor power cycle with reheat. superheated vapor enters the first turbine stage
what do you understand by the term quantity with reference to vim? list three different base quantities and indicate
the two sides of a v-shaped water trough are hinged to each other at the bottom where they meet as shown in figure q1
1. determine the solar elevation at solar noon for winer solstice equinox and summer solstice for elevations 30 40 and
air with a static temperature of 223 k entering a gas turbine engine intake at v1300ms accelerates to a new velocity vx
The heat transfer convection coefficient between the wall and the fluid is 500 W/m2.K. Find the maximum temperature in wall.
air enters a one-inlet one-exit control volume at 6 bar 500 k and 30 ms through a flow area of 28 cm2. at the exit the
While jogging on the beach (it's a warm summer day, about 30 deg C) a high-speed jet flies overhead. You guesstimate it's an altitude of about 3500 m, and count off about 5 s before you hear it. Estimate the speed and Mach number of the jet.
a useful figure of merit comparison between batteries that have the same voltage is the ampere-hour ah rating. for
a hydraulic cylinder has a piston of cross sectional area 45cm2 and a constant working fluid pressure of 2.2mpa. the
When the average grain diameter is increased to 3.20x10-2 mm, what is the modulus of resilience (in J/m^3) if the modulus of elasticity is known to be 134 GPa?
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