Dynamics¶
Dynamics is a branch of classical mechanics that studies forces and their effect on motion.
Links:
Contents:
- Energy (Dynamics)
- Force (Dynamics)
- Acceleration from force and mass (vector)
- Acceleration is force over mass
- Braking path via speed and friction force
- Conservative force is gradient of potential energy
- Damping force is proportional to velocity
- Force is derivative of momentum
- Force is derivative of momentum (vector)
- Friction force from normal force
- Impulse is integral of force over time
- Net force is sum of individual forces
- Net force vector is sum of forces
- Normal force via pressure and vector area
- Reaction force equals action force
- Gravity (Dynamics)
- Acceleration due to gravity via gravity force and centripetal acceleration
- Easterly deviation from plumbline of falling bodies
- Falling body displacement
- Free fall acceleration from height
- Gravitational potential energy
- Gravitational force from mass and distance
- Potential energy from mass and height
- Relative acceleration from force and acceleration due to gravity
- Southerly deviation from plumbline of falling bodies
- Relative Motion (Dynamics)
- Rotational Motion (Dynamics)
- Angular momentum is position cross linear momentum
- Angular momentum is rotational inertia times angular speed
- Kinetic energy from rotational inertia and angular speed
- Kinetic energy via angular momentum and angular velocity
- Rotational work is torque times angular distance
- Torque is angular momentum derivative
- Torque of twisting force
- Torque via force and radial distance
- Torque via rotational inertia and angular acceleration
- Translational Motion (Dynamics)