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A bellows may be modeled as a deforming wedgeshaped volume as in Fig. P3.31. The check valve on the left (pleated) end is closed during the stroke. If b is the bellows width into the paper, derive an expression for outlet mass flow as a function of stroke θ(t)
calculate the linear density of atoms along the 111 direction and the planar density of atoms in the 111 plane in bcc
A bar, 40 cm. long, originally has a temperature of 0 C, throughout its length. At time t=0, the temperature at one end (x=0) is raised to 50 and that at the other is raised to 100. Find the resulting temperature function r(x,t).
For what value of m will resonance occur for an unhampered spring-mass system with spring constant k at 3x10^5 N/m under a harmonic excitation f(t)=200sin(50t)?
there are supplied to a nozzle 2400 lbhr of steam at an absolute pressure of 200 psia. at the entrance v1 6000 ftmin
a rectangular loop of wire with sides 0.19 and 0.32 m lies in a plane perpendicular to a constant magnetic field see
For a geometrically similar 1/10 size model, what is the relationship between the drain time for the model and the corresponding drain time for the actual parking lot? Assume all similarity requirements are satisfied. Can water be used as the mode..
air undergoes a polytropic process in a piston-cylinder assemply from p1 14.7 lbfin2 t1 70 degrees f to p2
consider a steam power plant with reheat that operates on a modified rankine cycle. steam enters the high-pressure
the acceleration due to gravity at that location is known to be 9.803 /s2 . Calculate the period of this pendulum.
Consider a continuous-time LTI system with the input-output relation given by y (t) = t e -(t -T)X (T) dT-00
A patent application describes a device that at steady state receives a heat transfer at the rate 1 kW at a temperature of 167°C and generates electricity. There are no other energy transfers. Does the claimed performance violate any principles of..
Question 1. Water is stored either side of a vertical lock gate as shown in Figure Q1 The water level on one side of the wall is 10.0 m, on the other side it is 4.0 m. Determine the net force on the wall, per metre length, and the location of the..
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