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The uniform sphere B, of radius r=6cm and mass mB= 5kg is rigidly attached to the uniform thin bar AB, which is pinned at A and has a mass mAB= 9 kg. The system rotates in the vertical plane. The spring CD has stiffness k= 2,000N/m and is designed so that the system is in static equilibrium when theta=0 degrees. Let L=19 cm and h=24.4 cm. If the system is released from rest when theta= -30 degrees, determine the maximum angle theta reached by the arm AB.
the frictionless piston has a mass of 16 kg. heat added until the temperature reaches 400 celcius if the initial x is
a total of 2.00 mol of a compound is allowed to react in a foam coffee cup that contains 138 g of water. the reaction
consider a hot-air balloon which is comprised of a basket miscellaneous ropes a burner a fuel tank and of course the
If the rod experienced 28% uniform strain, calculated the load at the onset of necking.
What is the force P to keep the system in equilibrium for the angles specified?
below is pressure measured at different timetime
a 1-ft3 tank that is initially evacuated is connected by a valve to an air supply line flowing air at 70of 120 psi. the
a composite aluminium alloy e 72gpa and v 0.33 cylinder is made up of an inner cylinder with inner and outer
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observing plastic deformationthe aim of this demonstration is to make some observations of the surface relief produced
the boat is to be pulled onto shore using two ropes. If the resultant force is to be 1000 N, directed along the keel aa , determine the magnitude of forces T, P acting in each rope at the angle teta of P so that the magnitude of P is minimum. T ac..
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