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AS Physics

A-Level AS Physics Complete Syllabus For Students (2025-2027)

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Instructor

Ms Hoo

Reviews 5.00 (2 Reviews)

Course Overview

THIS COURSE IS STILL A WORK IN PROGRESS! VIDEOS ARE BEING ADDED WEEKLY.

This is the public-access course syllabus for the AS section of A-Level AS Physics for the 2025-2027 cohort with exam code 9702. You do not need a membership to access the lessons.

The video lessons have been arranged in order based on my recommended work scheme for students to prepare for the IGCSE Physics examinations.

There are also additional resources, such as a list of equations and definitions.

If you would like access to more resources such as notes, quizzes, worksheets, and more, you can sign up for the Cambridge AS Physics Complete Syllabus for Members.

Happy studying! All the best!

  • Video lessons by topic
  • Video lessons for revision
  • Video lessons for exam preparations
  • Video lessons on how to answer Papers 2, 3
  • List of definitions & equations

Course Content

  • Unit 1: Physical Quantities and Units
      • 1.1 Physical Quantities & 1.2 SI Units

        • Physical Quantities, Base Quantities, Derived Quantities, SI Units (Notes & Video Lesson)

          00:14:00

        • Understanding Physical Quantities (Video Lesson)

          00:06:51

        • SI Units, Deriving Units, and Homogeneity of Physical Equations (Video Lesson)

          00:12:04

        • Prefixes (Video Lesson)

          00:12:08

        • Bonus Lesson: Converting Prefixes the Easy Way!

          00:13:00
      • 1.4 Scalar and Vector Quantities

        • Scalar and Vector Quantities (Notes & Video Lesson)

          00:24:22

        • Adding and Subtracting Coplanar Vectors (WIP)

        • Resolution of Vectors into Horizontal and Vertical Components (Video Lesson)

          00:08:40
  • Unit 2: Kinematics
      • 2.1 Equations of Motion

        • Distance and Displacement, Speed and Velocity, Acceleration (Video Lesson)

          00:20:00

        • Linear Motion Graphs for distance, speed, displacement, velocity, and acceleration (Video Lesson)

          00:59:00

        • Deriving Linear Motion Equations (Video Lesson)

          00:12:16

        • Applying Linear Motion Equations (Video Lesson)

          00:14:55

        • Experiment to determine the acceleration of free fall using a falling object (WIP)

        • Lab Demonstration: Freefall with photogate system

          00:04:00

        • Projectile Motion (WIP)

  • Unit 3: Dynamics
  • Unit 4: Forces, Density and Pressure
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  • Course Level All Levels
  • Lessons 27
  • Language English
  • Additional Resource 0
  • Last Update October 27, 2026