drewyallop
New
Question:
Abstract away from 3d rotational motion and the biomechanics of muscles, connective tissues, and bones. Then does the simple double pendulum model explain hip deceleration?
Peter Selinger: Double Pendulum
Think of the end of the first (top) pendulum as the hips and the end of the bottom pendulum as the torso. What happens to the end of the top pendulum when the end of the bottom pendulum accelerates?
Abstract away from 3d rotational motion and the biomechanics of muscles, connective tissues, and bones. Then does the simple double pendulum model explain hip deceleration?
Peter Selinger: Double Pendulum
Think of the end of the first (top) pendulum as the hips and the end of the bottom pendulum as the torso. What happens to the end of the top pendulum when the end of the bottom pendulum accelerates?