Elastic collisions in 1d - Study guides, Revision notes & Summaries

These notes cover Section C as per the IEB Physical Science SAGS. Included are comprehensive notes and annotated examples on Linear Momentum (1D), Newton's Second Law expressed in terms of Momentum, Conservation of Momentum and Elastic and Inelastic Collisions, Impulse and Work, Energy and Power. Although these notes are detailed, to perform well in physics, practicing textbook examples as well as past papers is imperative to make sure you understand the work. I hope these notes are helpful!

GRADE 12: MECHANICS Compiled by T. Doyle Acknowledgements: C. Fairman; S. Murray and IEB SAGs , 2 Background… Mechanics is the branch of physics dealing with the behaviour of bodies (objects) when forces are exerted on them. Kinematics is the branch of mechanics dealing with changes in motion without reference to the forces causing the changes. Dynamics is the branch of mechanics dealing with the relationships between the changes in motion of bodies and the for...

A comprehensive set of notes containing all IEB official definitions, formula sheets, explanations, worked examples and methods to use when asked a certain question. Topics covered: - Kinematics: Motion in 1D - Types of force - Newton's Laws (I, II, III, Law of Gravitation). - Accuracy, precision, percentage error - Momentum - Collisions (Elastic & Inelastic) - Impulse - Work, energy, power - Non-conservative systems - Work-Energy theorem - Graphing Motion

These notes consist of all the official IEB definitions and equations, accompanied with detailed explanations of concepts, worked examples and practice examples. They will prepare you for the complex questions that require a deep understanding of topics. Most grade 12 physics is covered in grade 11, therefore these topics are also included in the notes. They cover the following: - Gravitational & Electric Fields - Electricity (Ohm's Law, Power etc) - Electrodynamics (Generators, direct ...

This is a summarisation of all the key topics in Further Mechanics A-Level which includes: - Momentum and Impulse - Work, Energy and Power (Includes Kinetic and Potential Energy) - Elastic Strings and Spring (Includes Hooke's Law) - Elastic Collisions in 1D - Calculating the Work Done (Both horizontally and on a slope) - Dealing with 2 unknown velocities

This is part 2 of the University Physics (Mechanics) class. It includes topics such as Work & Kinetic Energy in 1D, the work energy theorem, work done by gravity, kinetic energy, conservative forces & potential Energy, vertical springs, box sliding down the ramp, work done by kinetic friction, potential energy, equilibrium, center of mass, conservation of momentum, elastic & inelastic collisions, impulse, and reference frames.