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A vibrating body is supported by six isolators each having stiffness 32000N/m and six dashpots having damping factor as 400 N-s/m. The vibrating body is to be isolated by a rotating device having an amplitude of 0.06 mm at 600 rpm. Take m = 30 kg. Determine (i) Amplitude of vibration of the body (ii) Dynamic load on each isolator due to vibration.
a brayton cycle produces 14 mw with an inlet state of 17oc 100 kpa and a compression ratio of 161. the heat added in
the atmospheric pressure on a hypothetical planet is only 10000 pa while the gravitational constant g is 10 times that
air enters an insulated diffuser at 260 k and 60 kpa with a velocity of 633.9 ms. at the diffuser exit the temperature
a container initially at 323 k is heated to a final temperature of 573 k. if the device contains a mixture of nitrogen
a jet of air from a nozzle is blown at right angles against a wall in which a pressure tap is located. a manometer
a bar of aluminum is subjected to a tensile load of 15000 lbs. if the bar is 0.35 inches in diameter and 20 inches long
Explain what is meant by a ‘compensation action' and, using an example, show why these actions may have to be included in workflows.
Determine the minimum coefficient µ, of static friction for which the band will not slip relative to the fixed filter.
The uniform I-beam has a mass of 60 kg per meter of its length. Determine the tension in the two supporting cables and the reaction at D.
a robot is on the surface of mars. the angle of the depression from a camera in the robot to a rock on the surface of
a mercury-in-glass thermometer has 12 gram of mercury in bulb. the design requires that if temperature increases by
The drop gate at the end of the trailer has a mass of 1.25 Mg and mass center at G. If it is supported by the cable AB and hinge at C, determine the tension in the cable when the truck begins to accelerate at 5 m> s2. Also, what are the horizontal ..
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