Circular motion |
Motion of a particle in a horizontal or vertical circle. |

Differential equations |
Applications up to second order equations. |

Dynamics of a particle (1) |
Newton’s Laws of Motion. |

Dynamics of a particle (2) |
Applications of Hooke’s Law. Motion under time dependent forces. Work, energy, gravitational potential and kinetic energy. Conservation of energy – Work energy Principle. |

Friction |
Laws of friction. Coefficient of friction. Limiting friction. |

Impulsive tension in strings |
Motion of connected particles involving impulse. |

Momentum and impulse |
Conservation of momentum. Newton’s Experimental Law for the impact of two bodies and a body and a plane. |

Motion under gravity |
Motion under gravity in two dimensions. |

Rectilinear equations |
Formation and solution of equations of motion in which velocity and acceleration are functions of time. |

Rectilinear motion (1) |
Rectilinear motion, Motion under uniform acceleration. Vertical motion under gravity. |

Rectilinear motion (2) |
Formation and solution of simple equations of motion in which velocity or acceleration is given as a function of time. |

SHM |
Simple Harmonic Motion |

Statics (1) |
Composition of forces. Equilibrium of a particle under coplanar forces. Moment of forces and applications. Centre of mass of uniform lamina. |

Statics (2) |
Equilibrium of a single rigid body under the action of coplanar forces where the forces are not all parallel. |

Vectors in 2 and 3 dimensions |
Applications to displacement, velocity and acceleration of objects. Component vectors and scalar product. |