1-2 |
Math Intro |
- |

Measurements |
1 |

1D Motion |
2 |

Vectors |
3 |

2D and 3D Motion |
4 |

Rotational Kinematics |
11 |

3-4 |
Reference frames and Galileo relativity: inertial frames |
4 |

Newton's laws |
5 |

Various forces: gravity, friction |
5 |

Various forces: drag (terminal speed only) |
6 |

Noninertial frames: 1D accelerated frames, inertial force |
5 |

Noninertial frames: rotating frames, centrifugal and Coriolis forces (qualitatively) |
6 |

5-6 |
Work and Kinetic Energy |
5 |

Work as a path integral (calculations, optional) |
7 |

Work - Energy Theorem |
7 |

Conservative and non-conservative forces |
8 |

Potential energy and Energy conservation |
8 |

Potential energy as a path integral (calculations, optional) |
8-9 |

7-8 |
Momentum, Newton's second law and momentum conservation |
10 |

Systems of particles: center of mass |
9 |

Collisions, Impulse an Momentom |
10 |

9 -10 |
Rotational dynamics: angular momentum, torque, moment of inertia |
12, 13 |

Rigid Body: moment of Inertia |
12, 13 |

Rotation of a rigid body around a fixed axis |
12, 13 |

11-12 |
Oscillations: simple harmonic motion |
15 |

Damped and forced oscillations, resonance (quantitatively) |
15 |