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Estimate the overnight radiant cooling possible from an open, 30°C, 8 m diameter water tank during July in Chicago. What would you expect for convective and evaporative cooling values?
the waveform from a mechanical vibration is sensed by a velocity-sensitive vibrometer. the oscilloscope trave indicates
An air compressor is designed to compress ambient (assumed to be 100 kPa, 20C) to a pressure 1 MPa. The heat transfer rate to the ambient is anticipated to be equal to 10% of the power input to the compressor.
a material element experiences 50 mpa compression in the x-direction 10 mpa tension in the y-direction and a negative
an air standard brayton cycle has inlet conditions of 540 r and 14 .7 psia a compressor efficiencyof 85.86 and a
if a vsdmotor combination has a torque of 100 n.m at the rated speed and full power what is the maximum torque it can
Then, assuming the engine could be started determine what maximum speed it could run at in the coldest conditions before it warmed up, neglecting all other losses, if the engine could deliver 60 kW of power. Parameters:
a cannon is pointed at 60 degrees angle relative to flat horizontal field. it fires a projectile with a muzzle speed of
a closed stationary sytem consists of 2 kg of mass. during a certain process 20 kjkg of work is done on the system and
superheated steam enters a nozzleat 0.13 mpaand 600 k and exits at 0.1 mpa. heat interactions and frictional effects
Write a program that computes the self-induced velocity of a circular vortex ring of radius a based on the regularized Biot-Savart integral.
Consider the vorticity sheet that sheds from the trailing edge of a wing. Briefly explain the type of deformation this sheet undergoes with stream wise distance in an in viscid context, and the mechanism responsible for this deformation.
a 4 diameter pipe elevates water vertically 100 feet. if the flow rate is 10 gpm a what is the velocity at the bottom
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