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A rigid vessel contains 10 kg of steam. the steam is initially at 10 bar and 300 C. After a period of time the pressure in the vessel is reduced to 1 bar due to heat transfer with the surroundings. the surrounding are at a constant temperature of 20 C. Determine the a) change in entropy of the system, b)Change in entropy the surrounding and c) change in entropy the universe during this process
a cylindrical metal rod length 2l radius r thermal conductivity k is embedded in a well-insulated wall such that half
a flat plate solar collector 6ft by 12ft is mounted on the roof of a house. the outer surface of the collector is at
Calculate the deflection from torsional moment Mt and bending moment Mb and, then discuss the deflection from the torsional moment Mt compared to the result of 2-1)
tow forces p and q are applied as shown at a point a of a hook support. knowing that p 75 n and q125 n determine
Bubble dynamics underneath a downward facing anode in Hall-Heroult cell. Experimental using Hall-heroult process.Analysis by using High Speed Camera and ANSYS Model.
this is concerned a little more into aerodynamics, what are the uses of wind tunnels including the importance of geometric and dynamic similarity and wind tunnel interference?
suppose a heat engine is connected to two energy reservoirs one apool of molten aluminum 660degc and the other a block
A luge and its rider, with a total mass of 98 kg, emerge from a downhill track onto a horizontal straight track with an initial speed of 39 m/s.
A block of metal has a 90 notch cut from its lower surface. The notched part rests on a circular cylinder of diameter 2.0 cm, as shown in Fig. 4.15. If the lower surface of the par is 1.3 cm above the base plane, how deep is the notch?
communication satellites are placed in a geosynchronous orbitthat is in a circular orbit such that they complete one
Why does the definition of NPSH include the dynamic head of the fluid? Isn't cavitation based only on the difference between the static head and the local vapor pressure?
Evaluate the maximum height reached by the sphere, and the distance traveled by the block.
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