Physics
IBDP Physics Syllabus - First Assessment May 2025

12/07/2024

The IBDP Physics syllabus underwent a significant overhaul in August 2023, offering a more streamlined and comprehensive approach to the subject. Here's a breakdown of the key changes and what students can expect:

What's New?

Gone are the separate "core" and "options" sections. The new syllabus presents a cohesive program with 24 compulsory topics grouped into five themes:

  • Space, Time and Motion
  • The Particulate Nature of Matter
  • Wave Behaviour
  • Fields
  • Nuclear and Quantum Physics

Emphasis on Exploration:

The focus has shifted from rote memorization to a deeper understanding of core concepts. The syllabus encourages students to explore the "why" behind the physics and develop critical thinking skills.

Topic Removals:

Some topics from the previous syllabus have been removed, such as:

  • Quarks
  • Capacitors
  • Diodes
  • Cosmology

What to Expect:

Deeper Understanding: Students will need to go beyond simply plugging numbers into equations. A strong grasp of fundamental concepts is crucial for success.

Integrated Learning: The new structure emphasizes connections between different areas of physics, encouraging a holistic understanding of the subject.

Stronger Practical Skills: The experimental program remains a vital component, with a focus on developing investigative and analytical skills through practical work.

Assessment Changes: The current syllabus uses a two-paper format with a focus on problem-solving and data analysis. Paper 1 is divided into two sections, part A : multiple choice questions and part B : data analysis. All the questions are compulsory in paper 1. Paper 2 is short answer structured questions. Calculator is allowed in both the papers along with the clean copy of physics data booklet.

Collaborative Sciences Project:

Students will work in groups to design and conduct an experiment, culminating in a written report. This project contributes to the overall assessment.

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    IBDP-Physics Units

    A.1: Kinematics

    A.2: Forces and momentum

    A.3: Work, energy and power

    A.4: Rigid body mechanics

    A.5: Galilean and special relativity

    B.1: Thermal energy transfers

    B.2: Greenhouse effect

    B.3: Gas laws

    B.4: Thermodynamics

    B.5: Current and circuits

    C.1: Simple harmonic motion

    C.2: Wave model

    C.3: Wave phenomena

    C.4: Standing waves and resonance

    C.5: Doppler effect

    D.1: Gravitational fields

    D.2: Electric and magnetic fields

    D.3: Motion in electromagnetic fields

    D.4: Induction

    E.1: Structrer of the atom

    E.2: Quantum physics

    E.3: Radioactive decay

    E.4: Fission

    E.5: Fusion and stars

    IBMYP-Physics

    Mechanics

    Thermal Physics

    Waves

    Electricity

    Magnetism

    Mass and Gravitation

    Nuclear Physics

    Energy Resources

    Astrophysics

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