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1. Develop a program that determines the entropy production rate of an incompressible fluid or a constant specific heat ideal gas of your choice flowing through an adiabatic nozzle. Input all the variables with proper units. Allow the choice of working in either Engineering English or SI units.
2. Develop a program that determines the entropy production rate of an incompressible fluid or constant specific heat ideal gas of your choice from an adiabatic diffuser. Input all the variables with proper units. Allow the choice of working in either Engineering English or SI units.
Determine the maximum bending stress σmax in the beams, assuming that the weight density of water is y = 9.81 kN/m3 .
a 120 g ball attached to a spring with spring constant 2.9 nm oscillates horizontally on a frictionless table. its
Define the decision variables and write out an optimization problem. Give the complete formulation explicitly stating objective function, all constraints and parameter values. Use Excel program to solve the formulated optimization problem. Show ev..
25 kg of water are placed in a rigid, initially evacuated container which has a volume of 2 m3 . After sitting for some time, the pressure stabilizes at 10.0 bars. What is the specific entropy (kJ/kg K)of the liquid vapor mixture?
ocean temperature energy conversion otec power plants generate power by utilizing the naturally occurring decrease with
What is the axial stress in the wall of the tank due to the water pressure?
Determine the rate of heat supply by the fan-motor assembly to the room.
Ten pounds-mass of R-22 is at an initial volume of 4.059 ft3 and pressure of 200 psia. It is compressed isobaric ally until its volume is two-thirds of its initial volume. The piston is then held in place as the refrigerant cools until its temperatur..
starting from the general form of the heat equation in cylindrical coordinates for a system write an equation for the
10 kg of cu and 10 kg of steel both at 95 c are dropped into identical tanks of water 10 kg 25 c 1 bar.a what is the
convert the following pressures into absolute presuures.you may assume that the atmospheric pressure at the time of
A solar water heater operating at steady state heats water from 90F to 120F. The panel is 3600 Btu/hr. Determine 1) the mass flow rate of the water in lb/min and 2) the volume of 120F water after 1 hour in gallons.
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