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A rigid, well insulated container with a volume of 2 ft^3 holds 0.12 lb of ammonia initially at a pressure of 20 lbf/in^2. The ammonia is stirred by a paddle wheel, resulting in an energy transfer to the ammonia witha magnitude of 1 Btu. For the ammonia, determine the initial and final temperatures, each in degree R, and the final pressure, in lbf/in2. Neglect kintect and potential energy effects.
a container of diamer 6cm and height 10cm is filled with water 7cm high in the container.a at which rotation speed will
find the equal annual payment series that would be equivalent to the following increasing series of payments if the
a gasoline engine delivers 150 kw . the fuel used in c8h18 liq and it enters the engine at 25 c . 150 of theoretical
the shaft consists of two sections with 8.5 knm of torque applied clockwise at the joint. the left steel section has a
one kg of execute a carnot power cycle. during the isothermal expansion, the water is heated until is is a saturated vapor the pressure is and the quality is. evaluate the heat and work for each process.
determine cycle efficiency of steam power plant . boiler pressure 80bar condenser 0.1bar turbine inlet temperature
the picture below shows a system where superheated vapor enters a container at a flow rate of 90 kgs at 250c. the vapor
experiment can be used to investigate heat transfer associated with flow past cylindrical tubes either in isolation or
a pipe is sealed at the top and is submerged in water. it is then drawn upward from the water. how tall could the
the axial velocity profile for laminar flow in a pipe is given by ur umax 1-rrrr where r is radial position r is the
hot air is contained in a vertical frictionless piston-cylinder device.the piston has a mass of 4 kg and a
jon is creating a mountain top reservoir on her mountaintop dream property next to his new house.a what volume flow
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