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In elementary compressible flow theory (Chap. 9), compressed air will exhaust from a small hole in a tank at the mass flow rate CP, where P is the air density in the tank and C is a constant. If P0 is the initial density in a tank of volume , derive a formula for the density change P (t) after the hole is opened. Apply your formula to the following case: a spherical tank of diameter 50 cm, with initial pressure 300 kPa and temperature 100°C, and a hole whose initial exhaust rate is 0.01 kg/s. Find the time required for the tank density to drop by 50 percent.
Evaluate the maximum theoretical power that can be developed by the turbine, in kW, and the corresponding exit temperature.
Create a (Matlab) program (not Excel!) which allows you to vary the geometric parameters (rb {bottom radius of ask; rt {top radius of ask; h { initial liquid height; A { hole area; N { number of discretization points).
Determine the minimum thickness of fibreglas insulation that needs to be used in the wall in order to avoid condensation on the outer surfaces.
Write code to calculate and plot (on screen) the Fourier Transform magnitude for each of the ten individual digits. Each number is signalled using two simultaneous tones. Note that the sample rate is 8kHz. Make sure your frequency axis is correctl..
Find the self inductance per unit length on a hollow cable where the current only runs on the surface of the outer conductor.
A piston-cylinder assembly with an initial volume of 0.01m^3 is filled with saturated refrigerant 134a vapor at 16 degrees Celsius. The substance is compressed until a state of 9 bars and 60 degrees Celsius is reached. During the compression process,..
Consider the model of car you know best. Build a feature diagram that captures various optional features afforded by the manufacturer. Count the number of different variants represented by your diagram. Answer these questions providing support for yo..
a car radiator has an effective heat transfer area of ??15 m2. cooling water temperature is 85 c in and the 60 c out of
a stainless steel tube of 1 cm outer diameter and 1mm wall thickness receives a uniform radiative heat flux of 100 wcm2
Find the maximum altitude h which the cone may have before the object will no longer float in the upright position illustrated.
A rectangular-section steel beam, 50 mm wide by 20 mm deep, is used as a simply supported beam over a span of 2 m with the 20 mm dimension vertical. Determine the value of the central concentrated load
On your way home from class you spot your neighbour’s van on the side of the road. Later you run into him and he lets you know that the vehicle has finally quit after 160 000 miles Assume the van has been driven at an average speed of 45 miles-per-ho..
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