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The support of a spring-mass system is vibrating with an amplitude of 6 mm and a frequency of 1200 cycles per minute. If the mass is 0.95 kg and the spring has a stiffness of 1950 N/m, determine the amplitude of vibration of the mass. If a damping factor of 0.2 is included, what would be the amplitude ?
One of the key safety issues with pumps is the maximum pressure that can be created by the pump. Excessive pressure can exceed the mechanical integrity of the rest of the system, causing a spill (and the subsequent consequences of a spill). Some me..
we need to select an insulation material to reduce the heat loss from a tubing 0.5 cm in outer diameter. the outside of
a steel railroad track es200 gpa as11.7x10-6oc was laid out at a temperature of 6oc. determine the normal stress in the
In air-conditioning systems, streams of cold and warm air are mixed to get air with the right temperature. Consider a mixing chamber into which cold air enters at 8C and 100 kPa at a rate of 0.55 m^3 /s and warm air enters at 300C and 100 kPa. The ra..
A 8 m rectangular gate shown below weighing 200 N is held in place by a horizontal flexible cable as shown in the figure below. Water acts against the gate which is hinged (frictionless hinge) at point A. determine the tension in the cable.
derive the intersection coordinates for the first quadrant for the following curves a- modified goodman with langer
Twenty ceramic specimens were tested to fracture. The measured fracture loads in N were 279, 195, 246, 302, 255, 262, 164, 242, 197, 224, 255, 269, 213, 172, 179, 143, 206, 233, 246, 295. A. Determine the Weibull modulus, m.
a 150 kg merry-go-round in the shape of a uniform solid horizontal disk of radius 1.50 m is set in motion by wrapping a
a diesel engine performs 2090 j of mechanical work and discards 4125 j of heat each cycle.a how much heat must be
a. determine the density of air at mile high stadium in denver colorado on a warm summer evening when the temperature
develop a matlab model to simulate a car that includes rolling resistance aerodyanmic drag and kinetic energy loss due
Oil at 80°F, density r = 56.8 lbm/ft3 and viscosity m = 0.0278lbm/ft.s is flowing steadily in a 0.5in diameter 120ft long pipe. The pressure at the pipe inlet is 120 psi and at the outlet is 14 psi. Determine the flow rate of oil through the pipe ass..
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