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Design a polynomial follower motion with asymmetrical rise-fall, single dwell, and find peak velocity (m/s), acceleration (m/s2) and jerk (m/s3). Specification: rise 20mm in 60 degree and fall 20mm in 130 degree. Cam speed = 10 rad/s
Kinetics of Particles : Newton's Second Law, Determine the maximum theoretical speed that may be achieved over a distance of 50 m by a car starting from rest
an overhead 30-m-long uninsulated industrial steam pipe of 120-mm diameter is routed through a buidling whose walls and
a stationary gas turbine power plant operates on the brayton cycle and delivers 20 mw to an electric generator. the
the 14 slider a is pushed along the circular bar by the slotted bar. the circular bar lies in the horizontal plane. the
consider the arrangement described in problem 1. a cable attached to the 100 lbm piston exerts a 200 lb force upward on
determine the magnitude of the force p needed to start towing the 40-kg crate. also determine the location of the
A 4 m diameter sphere is embedded in insulation. The sphere contains a liquid-ice mixture maintained at 0 deg C. The ambient temperature surrounding the insulation is 25 deg C.
a curve of radius 200m on a level road is banked correctly for a speed of 65 kmh. if an automobile of mass 2 mg rounds
Steam at 100 psia, 500oF is throttled to 20 psia. Changes in kinetic energy are negligible for this process. Determine the final temperature and specific volume of the steam.
for your sink at home the flow rate in is 5000 unitshr. accumulation is 2500 units. what is the accumulation rate if
Find the shaft ID needed to obtain a maximum deflection at the center of 3 mm if the shaft OD is 22 cm. Assume the shaft to be the same length between supports as the length of the paper roll.
water flowing through a 10-cm-diameter water pipe at a rate of 0.1 m3s. now a diffuser with an outlet diameter of 20
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