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Design a fourbar linkage to carry the object in Figure P5-6 through the three positions shown in their numbered order without regard for the fixed pivots shown. Use points A and B for your attachment points. The fixed pivots should be on the base. Use any points on the object as attachment points. Determine the range of the transmission angle. Add a driver dyad with a crank to control the motion of your fourbar so that it can not move beyond positions one and three
three cstr are to be used in series. the second reactor has a volume twice that of the first and the third reactors.
If twice as many rivets are used, what effect would this have on the total rate of corrosion?
A 200mm DN pipeline has to deliver 80ml/h of water at a discharge pressure of 5,550kPa. Approximately how many pump stations would be needed for a pipeline 300km long?
A stepping motor has 200 step angles. Its output shaft is directly coupled to leadscrew with pitch = 0.250 in. A worktable is driven by the leadscrew.
Carbon-dioxide gas at 3MPa and 500 K flows steadily in a pipe at a rate of 0.4kmol/s. Determine a) the volume and mass flow rates and the density of carbon dioxide at this state. If CO2 is cooled at a constant pressure as it flows in the pipe so that..
Knowing that the thin cylindrical shell shown is of mass m, thickness t, and height h, determine the mass moment of inertia of the shell with respect to the x axis
the diffusion coefficients for carbon in nickel are 5.5 x 10-14 m2s at 600 degc and 3.9 x 10-13 m2s at 700 degc
Write the equation of motion for the asteroid in equilibrium in the rotating system.
propane undergoes a process from state 1 where p11.4 mpa t160 c to state 2 where p21.0 mpa during which the change in
1 kg of air is polytropically compressed reversibly from 5 bar to 10 bar from an initial temperature of 300°C. Find the transferred heat and the change in entropy. Take the polytropic index as 1.25.
a mass of 1 kg attached to a spring with a spring constant of 112 nm oscillates horizontally on a smooth frictionless
The following table gives the characteristics of a building in Houston, TX. Determine the cooling load for July 30 at solar noon. Any information regarding the load not given may be assumed or neglected.
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