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An Ideal gas contained in s piston-cylinder device undergoes and isothermal compression process which begins with an initial pressure and volume of 100 kPa and 0.6 m^3 respectively. During the process there is a heat transfer of 60 kJ from the ideal gas to the surroundings. Determine the volume and pressure at the end of the process.
a system of propane and n-butane exists in two phase vapor liquid equilibrium at 10 bar and 323 k. the mole fraction
consider a building whose annual air conditioning load is estimated to be 120000 kwh in an area where the unit cost of
water at 30 c is pumped from 100 kpa to 5mpa in a pump with an efficency of 72. what is the ideal pump work and the
two pieces of shafting 1-in. diameter are in line with each other and are joined together at the point where their ends
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a rigid insulated container has two rooms seperated by a membrane. room a contains 1 kg air at 200 degrees celsius and
a loop of wire is made of some kind of elastic material that can shrink when released. initially the interior portion
a uniform rod has the length l200m. the lateral surface area of the rod is perfectly insulated. intially the rod has
power from a 3200 hp motor is transmitted by a 2 12 in diameter shaft rotating at 2000 rpm. bending and axial loads are
nitrogen gas is contained in a rigid 1-m tank initially at 10 bar 300k. heat transfer to the contents of the tank
Water is the working fluid in an ideal Rankine cycle. Saturated vapor enters the turbine at 18 MPa. The condenser pressure is 6 kPa. How do I determine the quality of the fluid at the turbine exit
block a and b weigh 100 lb and 60 lb respectively. if block a has a center of gravity at g as shown determine the
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