# ECE 105: Classical Mechanics

## Motion

Please see [SL Physics 1#2.1 - Motion](/g11/sph3u7/#21-motion) for more information.

## Kinematics

Please see [SL Physics 1#Kinematic equations](/g11/sph3u7/#kinematic-equations) for more information.

## Projectile motion

Please see [SL Physics 1#Projectile motion](/g11/sph3u7/#projectile-motion) for more information.

## Uniform circular motion

Please see [SL Physics 1#6.1 - Circular motion](/g11/sph3u7/#61-circular-motion) for more information.

## Forces

Please see [SL Physics 1#2.2 - Forces](/g11/sph3u7/#22-forces) for more information.

## Work

Please see [SL Physics 1#2.3 - Work, energy, and power](/g11/sph3u7/#23-work-energy-and-power) for more information.

## Momentum and impulse

Please see [SL Physics 1#2.4 - Momentum and impulse](/g11/sph3u7/#24-momentum-and-impulse) for more information.

The change of momentum with respect to time is equal to the average force **so long as mass is constant**.

$$\frac{dp}{dt} = \frac{mdv}{dt} + \frac{vdm}{dt}$$

Impulse is actually the change of momentum over time.

$$\vec J = \int^{p_f}_{p_i}d\vec p$$