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:
Gone are the separate "core" and "options" sections. The new syllabus presents a cohesive program with 24 compulsory topics grouped into five themes:
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.
Some topics from the previous syllabus have been removed, such as:
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.
Students will work in groups to design and conduct an experiment, culminating in a written report. This project contributes to the overall assessment.
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
Mechanics
Thermal Physics
Waves
Electricity
Magnetism
Mass and Gravitation
Nuclear Physics
Energy Resources
Astrophysics
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