Rotational Motion- The spinning wheel is a disc of the same thickness made of the same density material. Linked by a belt as in the picture Assigned that the wheel A has radius R and the inner disc of A has a radius of 0.5R, the wheel B has a radius of 0.25R, the wheel C has a radius of 2R if the wheel A starts. Moving from a standstill at an angular acceleration of 0.2 rad / s ^ 2 after 10 s, have students answer the following question. (Given that R = 10 cm) 1) find The angular velocity of the wheel B 2)find The angular acceleration of the wheel c 3)find The distance at the point on the rim c movable
Rotational Motion- The spinning wheel is a disc of the same thickness made of the same density material. Linked by a belt as in the picture Assigned that the wheel A has radius R and the inner disc of A has a radius of 0.5R, the wheel B has a radius of 0.25R, the wheel C has a radius of 2R if the wheel A starts. Moving from a standstill at an angular acceleration of 0.2 rad / s ^ 2 after 10 s, have students answer the following question. (Given that R = 10 cm) 1) find The angular velocity of the wheel B 2)find The angular acceleration of the wheel c 3)find The distance at the point on the rim c movable
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-Rotational Motion-
The spinning wheel is a disc of the same thickness made of the same density material. Linked by a belt as in the picture
Assigned that the wheel A has radius R and the inner disc of A has a radius of 0.5R, the wheel B has a radius of 0.25R, the wheel C has a radius of 2R if the wheel A starts.
Moving from a standstill at an
(Given that R = 10 cm)
1) find The
2)find The angular acceleration of the wheel c
3)find The distance at the point on the rim c movable
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