English (UK)

Maths

Biology

Chemistry

English Lang.

History

Notes on motion (P1) for physics combined science GCSE : scalars, vectors, distance/time graphs and velocity graphs 

Explore the fundamentals of motion in physics, focusing on scalar and vector quantities, acceleration, and kinematic equations. This summary covers key concepts such as displacement, velocity, and distance/time graphs, essential for GCSE Combined Science. Ideal for quick revision and understanding of motion mechanics.

Motion: Scalars & Vectors

Revision note

Sofia

Physics

Physics P1 Motion Combined Science Gcse

Detailed descriptions on these physics topics

Explore the concepts of stopping distance and terminal velocity in physics. This summary covers key factors affecting thinking and braking distances, the role of air resistance, and the stages of free fall. Ideal for students studying motion and mechanics.

Stopping Distance & Terminal Velocity

Stopping distance and terminal velocity

Explore key concepts in motion and mechanics, including speed, velocity, acceleration, and kinematics. This summary covers distance-time and velocity-time graphs, average velocity calculations, and the relationship between speed and acceleration. Ideal for GCSE Physics revision.

Understanding Motion and Velocity

caightlin

1.1 Motion - GCSE Physics

Summary sheet for AQA GCSE Combined Science and AQA GCSE Physics (single science) containing questions and tasks for the 5 main practicals for Paper 2.

Explore essential practical tasks for AQA GCSE Physics and Combined Science. This summary covers key experiments on force and acceleration, wave properties, Hooke's Law, reflection, refraction, and infrared radiation. Ideal for exam preparation, it includes setup instructions, calculations, and analysis methods to enhance understanding of core physics concepts.

GCSE Physics Practical Investigations

Ethan

Physics Paper 2 - Required Practical Tasks

A detailed description and explanation of speed, velocity and acceleration from KS3 to GCSE.

Explore the fundamental concepts of speed, velocity, and acceleration in physics. This summary covers key definitions, formulas, and examples, including scalar and vector quantities, kinematic equations, and how to calculate acceleration. Ideal for KS3 to GCSE students looking to strengthen their understanding of motion.

Calculating speed from a distance-time graph

5 best study notes in Calculating speed from a distance-time graph