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for one revolution of driving wheel w of the hacksaw mechanism on the cutting stroke depicted in figure p4-7 find and
for the linkage in figure p4-10 calculate and plot the angular displacement of links 3 and 4 and the path coordinates
for one revolution of driving wheel w of the pusher and pick-and-place mechanism in figure p4-6 find the horizontal
design a fourbar linkage to carry the bolt in figure p5-7 from positions 1 to 2 to 3 without regard to the fixed pivots
design a fourbar linkage to carry the object in figure p5-6 through the three positions shown in their numbered order
design a fourbar linkage to carry the box in figure ps-4 from position 1 to 3 without regard for the fixed pivots shown
figure p526 shows a simply supported steel shaft subjected to two loads determine the deflection at all points along
the solid hemisphere shown has a cone-shaped cavity and has uniform densitydetermine the mass moment of inertia about
the truncated cone shown has 2000 kgm3 density report your answers for the problems that follow using kg and mm
the cross section of the bar is symmetric about the x axisa determine d so that the origin of the coordinate system
a determine d so that the origin of the coordinate system point o is positioned at the centroid of the areab determine
a semicircular area has outside radius ro and a concentric hole with inside radius ri determine the polar moment of
the object shown is made of uniform plastic and weighs 234 lb determine the mass moment of inertia of the object about
read the second chapter of the text book understanding mechanical designthen answer the following questions using your
1 draw the analogous curves for water 2 you might be concerned that if we double sigma while doubling s v and n we must
suppose an equation of state for a rubber band is e thetas2 ln2 where theta is a constant l is the length of the
consider a system of n distinguishable non-interacting spins in a magnetic filed h each spin has a magnetic moment of
draw a graph of t vs m as given by the mean field theory this is the mean field theory prediction of the spontaneous
run this monte carlo code on a computer evaluate the average of the spin for every hundredth step in the trajectory the
1 sketch a graph of b2 t for a lennard jones potential2 derive this formula for elastic
consider a system of classical particles with both pairwise additive and three-body potentials show that the second
the cross section of the bar shown is symmetric about either the x or y axisa determine d so that the origin of the
the tapered solid prism shown has density rho and rectangular cross section use integration to determine the mass
a handwheel for a machine has 08 kg mass and center of gravity at point g when the handwheel is supported at point o
a uniform rectangular prism with mass m is shown beginning with the appropriate mass moment of inertia given in the