Kinematics - Study guides, Study notes & Summaries

These notes cover Section A as per the IEB Physical Science SAGS. Included are detailed notes on "Vectors", "Displacement, Velocity & Acceleration," "Motion: Horizontal & Vertical" and Bouncing. All graphs and their application are explained with detailed annotations to help you understand. These notes are comprehensive but to perform to your best potential, practicing textbook examples and past papers will build your confidence for answering exam questions. I hope these notes are helpful ...

This aesthetic, in-depth, neatly typed document summarises Section A of the IEB Grade 12 Physics syllabus: Kinematics. This document includes the full Kinematics syllabus, all definitions, additional class notes, own research notes and all relevant diagrams.

IEB Physical Science paper 1: Physics Full syllabus notes covers all topics in paper 1: Kinematics, Newtons laws, Momentum, impulse, work, energy and power, gravitational and electric fields, electric circuits, electrodynamics, photons and electrons

Everything you need to know for physical science P1 based on the 2024 Subject Assessment Guidelines document. Written by an experienced physics tutor and past IEB student. A well-structured, coherent and concise summary written specifically for the matrics of 2024.

This document includes a summary of grade 12 IEB kinematics, with SAGS definitions and worked examples and motion graphs.

This aesthetic, neatly typed document contains all the IEB Grade 12 Physics SAG Definitions from each section: Kinematics, Newton's Laws, Momentum Impulse Work Energy and Power, Gravitational & Electric Fields, Electric Circuits, Electrodynamics, and Photons and Electrons.

This Grade 12 IEB Physical Science summary on kinematics provides detailed explanations and equations of motion, including displacement, velocity, and acceleration. It covers the key equations for uniform acceleration, interpreting motion graphs, and calculating areas under velocity-time and acceleration-time graphs. Ideal for exam preparation, this guide gives students a strong grasp of kinematic principles.

This is a summery of kinematics, specifically for first year engineering and includes: -position, velocity and acceleration -constant motion -erratic motion -general curvilinear motion -general rectilinear motion -absolute dependent motion -relative motion