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Air enters a sudden contraction in a pipe at a rate of 0.300 lbm/s. The contraction coefficient is 0.470, the exit temperature is 156°F and the exit diameter is 2.00 in. The pipe is insulated. The pressure across the contraction drops from 185 to 50.0 psia.
Determine the entrance temperature and the entropy production rate of the contraction. Assume the air to be an ideal gas with constant specific heats.
a diffuser for an incompressible inviscid fluid of density ? 1000 kgm3 consists of a diverging section of pipe. at the
In an Egg Drop competition, one would like to compute the time history of the velocity of the designed egg protection system, which has a mass of .5 kg, an initial velocity of zero, and a drag proportional to the velocity( D = C_d * V, where C_d = .1..
You have been assigned to solve two real world composite designs and manufacture problems. The project briefs can be found below. You will discuss, investigating and proposing a solution for each problem.
an ideal diesel cycle has r23 and rc1.86. determine the specific net-work i.e. net-work per unit mass flow in terms of
Air is initially at a temperature of 500 K and a pressure of 100 kPa. A process occurs so that the specific internal energy of the air increases by 200 kJ/kg (i.e. u2 - u1 = 200 kJ/kg). Modeling the air as an Ideal Gas, determine the final temperatur..
What is the equilibrium temperature and differences that you observe between the constant-pressure and constant-volume systems, and discuss/explain the differences.
a single-pass cross flow heat exchanger shown below is utilized to transfer heat from fluid a to fluid b. right after
1. Determine the volume change, in ft3, when 1 lb of water, initially saturated liquid, is heated to saturated vapor while pressure remains constant at 1.0, 14.7, 100, and 500, each in lbf/in.2 Comment. 2. For H2O, determine the specified property..
Evaluate the values of ultimate tensile strength, yield strength, percent elongation, fractural strain, and Young's Modulus of the selected metals of aluminum when subjected to uniaxial tensile loading.
Consider the Samuelson model with one good and no production and in which consumers are endowed with one unit of good in youth and none in old age and where their utility functions are u(x0 , x1) = log x0 + (0.5) log x1.
two steel shafts are made of cold-drawn steels having ultimate tensile strengths of 185 kpsi and 240 kpsi respectively.
The maximum heat transfer rate from the left end.
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