College / Physics
Newton's Second Law for Rotation
A torque is applied to point masses on a rod mounted on a Rotary Motion Sensor and the resulting angular acceleration is measured and the rotational inertia of the object is calculated. The radius of rotation of the point masses is varied.
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| 36_Newton_s_2nd_Law_for_Rotation_w_Data.cap | 1.01 MB | |
| 36_Newton_s_2nd_Law_for_Rotation.cap | 932.29 KB | |
| 36_Newton_s_2nd_Law_for_Rotation.docx | 2.64 MB | |
| 36_large_radius_by_hand.jpg | 87.31 KB | |
| 36_Pulley_Height.jpg | 158.96 KB | |
| 36_Large_pulley.jpg | 183.95 KB | |
| 36_Pulley_knot.jpg | 122.92 KB | |
| 36_Pulley_Tangent.jpg | 131.29 KB | |
| 36_Rotational_Inertia.jpg | 254.04 KB | |
| 36_Small_pulley.jpg | 201.24 KB | |
| 36_small_radius_by_hand.jpg | 81.59 KB | |
| 36_TableI.JPG | 23.30 KB | |
| 36_Newtons_2nd_Law_for_Rotation.pdf | 185.51 KB |
