KinematicsΒΆ
Kinematics describes the motion of points, bodies (objects), and systems of bodies (groups of objects) without considering the forces that cause them to move.
Contents:
- Damped oscillations (Kinematics)
- Rotational inertia (Kinematics)
- Kinematics (Vector)
- Absolute velocity of arbitrary motion
- Acceleration due to non-uniform rotation
- Acceleration is normal plus tangential acceleration
- Acceleration of transfer between relative frames
- Center of mass for a system of particles
- Centrifugal acceleration via centripetal acceleration
- Centripetal acceleration via cross product
- Centripetal acceleration via vector rejection
- Coriolis acceleration
- Linear displacement is angular displacement cross radius
- Velocity relative to reference frame
- Angular momentum is rotational inertia times angular speed
- Angular position is arc length over radius
- Angular position via constant angular acceleration and time
- Angular position via constant angular speed and time
- Angular speed via constant angular acceleration and time
- Average angular speed is angular distance over time
- Centripetal acceleration via angular speed and radius
- Centripetal acceleration via linear speed and radius
- Classical addition of velocities
- Displacement in simple harmonic motion
- Position via constant acceleration and time
- Position via constant speed and time
- Speed via angular speed and radius
- Speed via constant acceleration and time
- Tangential acceleration via angular acceleration and radius