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Develop a program that performs an energy rate balance on a gas turbine engine.
Input the appropriate gas properties (in the proper units), the turbine's heat loss or gain rate, and the input mass flow rate, and the inlet and exit temperatures.
Output to the screen the turbine's output power.
Assume the gas behaves as a constant specific heat ideal gas, and neglect all kinetic and potential energy terms. Allow the choice of working in either Engineering English or SI units.
an inventor claims to have perfected an engine which will produce power from energy transferred as heat from a 1300 k
a gymnast of weight 720n is holding himself in the cross position on the high rings. he is quite still. draw a
You have been asked to develop a system that will help with planning large-scale events and parties such as weddings, graduation celebrations, birthday parties, etc.
a long bar of rectangular cross section 0.4 m x 0.6 m on a side and having a thermal conductivity of 1.5 wm x k is
consider laminar parallel flow past an isothermal flat plate of length l providing an average heat transfer coefficient
Wet stream (Saturated liquid-vapor mixture) at 2.00 Mpa is the initial state of a constant enthalpy process. The end state is at 0.100 Mpa, 150?. Determine the quality of the wet stream (i.e. the initial state)
an electric wire made of c14500 copper is stretched between two street supports at 20 degrees celcius so that a stress
2.4 lbs of water vapor with an initial volume of 7.28 ft3 is compressed at a constant pressure of 287lbfin2 to a
The motor shown in the following figure supplies a torque of 380 lb.ft to shaft BCD. Determine the minimum permissible diameter of the shaft, if shafts are available with diameters in increments of 1/8 in
Using your plots, estimate the pressure ratio for maximum net work and the corresponding value of thermal efficiency. Compare the results to those obtained in analyzing the cycle on a cold air-standard basis.
the equation below defines the acceleration of a particle where a is in ms2 and t is in seconds. determine the position
Consider an incompressible 2D velocity field where u =-2xy and y = x^2-y^2 in Cartesian coordinates. Is it a valid 2D flow (satisfy the continuity equation)?
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