2. A grinding wheel has a mass of 250 kg and moment of inertia of 500 rest, what is applied to the grinding wheel. If the wheel starts from wheel after 5.0 seconds? 1= la L=Iw kg-m². A torque of 100 N-m momentum of the .4-5 = 2 is the angular 4 -250 a
2. A grinding wheel has a mass of 250 kg and moment of inertia of 500 rest, what is applied to the grinding wheel. If the wheel starts from wheel after 5.0 seconds? 1= la L=Iw kg-m². A torque of 100 N-m momentum of the .4-5 = 2 is the angular 4 -250 a
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
Transcribed Image Text:2. A grinding wheel has a mass of 250 kg and moment of inertia of 500 kg-m². A torque of 100 N-m
is applied to the grinding wheel. If the wheel starts from rest, what is the angular momentum of the
wheel after 5.0 seconds? L=Iw
-250 a
.4-5: 2
T= la
L=256-2-2-500 km²
3-7. A mass of 25 kg is suspended by a light string from a pulley of radius 0.25 m and a moment of
inertia 0.8 kg m². The pulley turns on bearing of negligible friction.
3. When the mass descends 2 m, the pulley turns through 458.3
2/1-57- 1.2732-360=
Circa 1.5707
4. When the mass descends 2 m, the potential energy of the mass decreased
by 0
5. The change in kinetic energy of the mass and pulley when the mass
descends 2 m
6. The angular acceleration of the pulley is
7. When the mass descends 2 m, the kinetic pulley changes by
Casing
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