When the system is released from rest, the 3m mass has a downward acceleration of 1/3 g. 1.4) Find the tension T, in the section of cord supporting the 3m mass in terms of m and g. 1.5) Find the tension T, in the section of cord supporting the m mass in terms of m and g. 1.6) The wheel has a radius R. Find its moment of inertia in terms of m and R.
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- A solid, uniform cylinder with mass 9.00 kg and diameter 0.25 m is spinning at 22 rad/s on a thin, frictionless axle that passes along the cylinder axis. You bring the cylinder to rest by placing your hand on the rim. 1) What is the friction force between your hand and the cylinder if the cylinder comes to rest in 6.0 s? Express your answer in newtons.The moment of inertia of a 1.4-kg bicycle wheel rotating about its axis is 0.1-kg*m2. What is the radius of the wheel, assuming that the weight of the spokes can be ignored? Provide your answer in meters.A combination of an applied force and a frictional force produce a constant total torque of 32 N-m on a wheel rotating about a fixed axis. This combined force acts for 10 s, during which the wheel’s angular speed increases from 0 to 8 rad/s. Find the moment of inertia of the wheel.
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