Biomechanics equations

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Last updated: January 29, 2025

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Hint	Answer
Impulse	force x time
moment of inertia	mass x distance2
angular momentum	moment of inertia x angular velocity
torque	moment of inertia x angular acceleration
angular impulse	torque x time
kinetic energy	0.5 moment of inertia x angular velocity2
tangiental velocity	radius x angular velocity
tangiental acceleration	radius x angular acceleration
radial acceleration	radius x angular velocity2
tangiental force	mass x radius x angular acceleration
radial force	mass x radius x angular velocity
potential energy	mass x gravity x height
Drag	-0.5 x fluid density x velocity2 x drag coefficient x cross sectional area
Impulse	mv - mu
ma	GRF - BW
Potential energy =	kinetic energy