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Bar AB of mass m and mass moment of inertia I = (1/12)mL^2 is constrained to move within the channel as shown. The bar is released from rest at theta = 90 degree. The bar is released from rest at theta = 90 degree and falls under the influence of gravity. Use work and energy to determine the center of mass velocity Vg and the angular velocity omega = theta dot of the bar as functions of theta. Express your answers in terms of unit vectors aligned with the x and u axis.
Next check your answers by using summing forces and moments to derive and solve the equations of motion to compute Vg and omega = theta dot. Also compute the reaction forces at A and B as functions of theta.
a 1.5 ton crate is hoisted by three steel wires. each wire is 1/4 in. in diameter and each carries one-third of the load. determine the stress in the wires.
conventional ceramics have a fracture toughness of about 5 while advanced ceramics may have 20. determine1 how larger
Determine the internal normal force, shear force, and moment at point C in the simply supported beam. Point C is located just to the right of the 1500 couple moment.
one kilogram of saturated liquid methane at 160 k is placed in an adiabatic piston-and-cylinder device and the piston
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a a refrigeration system has a coeiumlnotfnofcient of performance of 5. the heat rejection is an isothermal process at
question helpquestion 1 determine the headwater depth of a 1000 mm high by 1500mm wide concrete box culvert operating
superheated steam pressure at a 1 atm mean temperature of 800k and mass flow rate of 0.15kgs enters a thin
when a force is transferred to another point of the body indicate which of the following quantities remain unchanged
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