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Using the convolution theorem, determine the following inverse Laplace transforms. Check your results by first expressing the given transform in partial-fractions form and then inverting using the standard results:
if it is raining steadily at a rate of one inch per hour a container with perpendicular sides and a flat bottom would
water is the working fluid in a vapor power cycle with superheat and reheat. superheated vapor enters the first turbine
suggest at least one reason for the relatively low income in the east south central region.
One-tenth kilogram of air as an ideal gas with k 5 1.4 executes a Carnot refrigeration cycle, as shown in Fig. 5.16. The isothermal expansion occurs at 2238C with a heat transfer to the air of 3.4 kJ. The isothermal com..
a fireworks shell is launched vertically from point a with speed sufficient to reach a maximum altitude of 500 ft. a
Air at 290oC flows over a flat plate at a velocity of 6 m/s. The plate is 1m long and 0.5 m wide. The pressure of the air is 6 kN/2. If the plate is maintained at a temperature of 70oC, estimate the rate of heat removed form the plate.
a plane wall with surface temperature 350c is attached with straight rectangular fins k 235 wm k. the fins are exposed
Derive an expression for the force as a function of bar length y if the length and cross section before deformation are yo and αo2 respectively.
a rigid tank contains an ideal gas at 1227 c and 200 k pa. the gas is cooled until the gauge reads 50 k pa. if the
In order to determine the properties ofa dense gas at high pressures, 10 lbm of the gas was heated at 4000 psia from 700 to 740°F. The gas volumes were 0.287 and 0.328 ft^3 in the initial and final states, respectively, and the required energy transf..
for the following calculations take g 9.8ms2 and pwater1000kgm31. assuming there are both a pressure gage and a
What is the difference between the specific internal energy of a mixture of saturated water liquid and vapor with a quality of 10 percent (x = 0.1) at 200 degrees C and 100 degrees C.
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