One-dimensional kinematics study notes for A-level, IB and AP Physics, covering motion graphs, velocity, acceleration, SUVAT equations and free fall. About this resource Part of the Premium Mechanics Series, these Guided Self-Study Notes provide a clear, structured introduction to one-dimensional motion. Designed for independent learning and classroom support, they explain the physical meaning behind the equations rather than relying on memorisation. Topics covered Position, distance and displacement Speed, velocity and acceleration Average and instantaneous quantities Position–time, velocity–time and acceleration–time graphs Interpreting gradients and signed areas Derivation and application of the SUVAT equations Vertical motion and free fall under gravity Multi-stage motion and problem-solving strategies Calculus extension: differentiation and integration in kinematics What makes these notes different? The resource combines accessible explanations with mathematical rigour. Key equations are explained and derived step by step, supported by carefully labelled diagrams, three short worked mini-examples and guidance on common misconceptions. The notes are particularly suitable for students studying physics in English as an additional language, while providing sufficient depth for more advanced learners. Curriculum suitability Suitable for Cambridge International AS & A Level Physics, International A-level Physics, IB Diploma Physics, AP Physics 1 and AP Physics C: Mechanics. Calculus-based material is clearly identified as an extension. What’s included? 12-page illustrated PDF, including a compact final glossary Clear definitions and explanations Key equations and derivations Motion graphs and explanatory diagrams Three mini-examples with solutions Common mistakes and problem-solving guidance Multilingual glossary with Chinese, Hindi, Vietnamese and Bahasa Indonesia translations This resource contains the Guided Self-Study Notes. Separate practice problem sets and extended worked examples are not included. Created by the Phi Institute for Advanced STEM Studies.