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Calculate the diameter of a parachute to be used for dropping an object weighing 1000 N so that the maximum terminal velocity of dropping is 5 m/sec. The drag coefficient for the parachute which may be treated as hemispherical is 1-3 and mass density of air is 1-216 kg/m .
In energy equation for a boundary layer the viscous dissipation term is taken as
the blade assembly of an oscillating fan rotates with a constant angular velocity w1 -360rpm i with respect to the
water is the working fluid in a cogeneration cycle that generates electricityand provides heat for campus buildings.
an enclosure box surrounds some electronics that draw 25 w of electrical power. for heat transfer we will just consider
liquid natural gas lng ships have a boil-off rate of about 0.3 percent per day. for a ship of 50000-m3 capacity
find the equal annual payment series that would be equivalent to the following increasing series of payments if the
determine the reactions at pin locations a b and c as scalar components with a unit of kn for a force and kn-m for a
An air compressor compresses air from 1 bar and 300 K to 5 bar and 540 K. The velocity at the inlet is 70 m/s and the velocity at the exit is 150 m/s. If To = 300 K and Po = 1bar.
Determine the scalar component of the moment at point 0 about line OB and the reaction at 0 - average normal and shear stresses on plane BB.
a cannonball is fire with initial speed of 1600 ftsec. the cannon recoils and strikes a plate attached to a spring.
Determine the exiting air temperature, assuming that soldering provides perfect thermal contact between the entire surface of the small tubes and the surface of the large tube.
Project is Aerodynamic optimization in cars design - The aim is to reduce drag and improve fuel efficiency
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