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1. Assuming 4,686,400,000 MWh of energy was “dumped” into lake Erie instantaneously, what would be the increase in the water temperature of the lake
2. Assuming all of that energy was dumped to the earth’s atmosphere instantaneously. How thick (i.e. altitude-wise) would the atmosphere have to be in order to have a temperature rise of no more than 0.5 C? Assume the entire atmosphere is at 15 C and 101.33 kPa. Assume constant specific heats at 300 K & neglect any boundary work.
locate the centroid x and y of the cross sectional area and then determine the orientation of the principle axes which
when air is released adiabatically from a tire the temperature of the air at the nozzle exit is 37 degrees celsius
a room contains 75 kg of air at 100 kpa and 15 deg c. the room has a 250 w refrigerator a 120 w television a 1.8 kw
a vortex tube has an inlet air flow at 300 k and 5 bar. a vortex tube with 1 mole of input air outputs 0.8 moles 1 bar
air with natural convectionno flow 20 degree c surrounds a flat plate. the plate is 100cm long 50cm wide and 2cm
a 1 foot square 14 inch thick piece of oak floats in a large pool of water. the convective heat transfer coefficients
consider a well 12 inches in diameter. there are 1000 feet of 10x4 inch collars and 9000 feet of 5x4.26 inch drill
bob is asked to design a system for heating process water in a chemical plant. the system is to heat 500 gallons of
steam enters a well-insulated turbine operating at steady state with negligible velocity at 4 mpa 320c. the steam
consider the 2d inviscid flow over a body of some known shape. write down general expressions for the total aerodynamic
learning goal to determine cartesian force components from magnitude and determine position and resultant vectors by
a rigid tank contains 20 lbm of air at 20 psia and 70degf. more air is added until the pressure and temperature rise to
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