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A man is changing his tire at the top of a hill. He is rolling the spare at 4.83 ft/s when he loses control and the wheel goes down the hill. The wheel has a weight of 35 lb, a mass moment of .965 slft2 and a radius of 14 inches. The hill has an elevation of 77 ft and an inclination of 4 degrees. What is the linear velocity of the wheel at the bottom of the hill?
For a combined turbine-generator efficiency of 83%, determine the net electric output. Disregard the effect of the KE correction factors.
a brick wall 3 m high 7.5 m wide and 200 mm thick has a thermal conductivity of 0.7 wmcelcius. the temperature on the
the system shown starts from rest and each component moves with a constant acceleration. if the relative acceleration
two vectors a with magnitude 32.0 units directed at an angle of 56.0 deg above the x-axis and b 32.0 units long
a robot arm moves so that p travels in a circle about point b which is not moving. knowing that p starts from rest and
a small projectile is fired vertically downwards into a fluid medium with an initial velocity of 60 ms. due to the drag
the concrete beam is reinforced with three 20-mm diameter steel rods. assume that the concrete cannot support tensile
The purpose of this project is to introduce you to the application of FEA by using the ANSYS software to examine the deflection of an I-beam under a point load.
a horizontal 500 lb force performs at a point d of crankshaft ab which is held in static equilibrium by a twisting
type your question herea 5000 lb truck is being used to lift a 1000 lb boulder b that is on a 200lb pallet a. knowing
a pure jet engine propels an aircraft at 330 ms through air at 60 kpa and 0 degrees celsius. the inlet diameter of this
a cylindrical bronze sleeve 2 is held in compression against a rigid machine wall by a high-strength steel bolt 1 as
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