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Angular Impulse and Momentum Explained by Roger Melko is a document available to read on EtoBox.
1) The diver has a moment of inertia of 5 kg-m^2 and an initial angular velocity of -4.2 rad/s. Its angular momentum is therefore -21 kg-m^2/s. 2) When a constant torque of 4.55 N-m is applied to a rigid bar with a moment of inertia of 0.8 kg-m^2 and initial angular velocity of 0 rad/s for an unspecified time, the final angular velocity is 5.27 rad/s. The angular impulse applied is 3.72 N-m-s. 3) For a gymnast performing a layout back 1 1/2 rotation dive, the moment of inertia and angular
- Author
- Roger Melko
- Language
- EN