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Determine the steady-state response of the mass- spring-damper system of Figure 7.29(a) when the mass is subjected to the externally applied periodic force f (t) shown in Figure 7.29(b).
What frequency dominates the response, and why?
a thin-walled uninsulated 0.3m diameter duct is used to route chilled air at 0.05kgs through the attic of a large
the density if water at sixty degrees fahrenheit and atmospheric pressure is sixty-two point four lbmft3. what is the
A refrigerator uses a R-134a as the working fluid and operates on an ideal vapor-compression refrigeration cycle between 0.12 and 0.7 MPa. The mass flow rate of the refrigerant is 0.05 kg/s.
Consider a velocity field where the x and y components of velocity are given by u=(cy/(x^2 + y^2)) and v= (-cx/(x^2 + y^2)) where C is constant. Calculate the vorticity of the vortex flow
At a particular location a hot spring is available to provide a heat source for a vapor power cycle of a power station and not far away a melt water river from a glacier is available to provide a heat sink. the hot spring has a flow of 1500 liters/se..
determine the shortest time possible for the rear wheel drive 2 mg truck to achieve a speed of 16 ms with a constant
Show the principle stresses on the neutral axis on a correctly oriented element relative to the axis of the beam.
a spherical container with volume 0.05m3 is pressurized up to 800kpa absolute pressure. air is released suddenly
consider the ideal vapor compression refrigeration cycle where the refrigerant is r134a. saturated vapor enters the
In a thin-walled cylinder loaded with internal pressure, show how a single-element strain gage in hoop direction can be used to established the hoop and axial stresses.
What is the discharge - estimate the time required to empty the tank halfway.
the pressure acting on a 1.25 in2 test specimen equals 15 mpa. what is the force in n acting on the specimen expressed
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