O-Level

O-level Physics

Learn About The Subject

O-level Physics is a fundamental science subject in the GCE O-level examinations, designed to provide students with a solid understanding of basic physics concepts. The curriculum covers key areas such as Mechanics, Heat, Waves, Electricity and Magnetism, and Atomic Physics.

The subject strikes a balance between theoretical knowledge and practical skills, requiring students not only to understand physical laws but also to apply them in problem-solving and experimental data analysis. It is an essential subject for students planning to pursue Physics, Engineering, or other natural science fields at A-level and beyond.

Common Challenges When Learning O-level Physics

Difficulty visualizing abstract physics concepts such as electric fields and waves.
Struggles with selecting and applying the correct mathematical formulas to solve problems.
Challenges in analyzing experiments and explaining sources of error.
Difficulty memorizing and accurately presenting physical laws and definitions.

Course Content

Unit 1: General Physics (Mechanics)

1.1: Physical Quantities, Units & Measurement

1.2: Kinematics: Speed, Velocity & Acceleration

1.3: Dynamics: Mass, Weight, Density & Forces

1.4: Moments, Stability & Centre of Gravity

1.5: Work, Energy & Power

1.6: Pressure

Unit 2: Thermal Physics

2.1: Kinetic Model of Matter

2.2: Thermal Properties, Temperature & Thermometers

2.3: Specific Heat Capacity & Specific Latent Heat

2.4: Transfer of Thermal Energy (Conduction, Convection, Radiation)

Unit 3: Properties of Waves

3.1: General Wave Properties (Transverse & Longitudinal)

3.2: Reflection & Refraction of Waves

3.3: Sound: Production, Transmission & Properties

3.4: Light: Reflection, Refraction & Total Internal Reflection

3.5: Thin Converging Lenses & Image Formation

3.6: The Electromagnetic Spectrum

Unit 4: Electricity

4.1: Static Electricity & Electric Fields

4.2: Current, Potential Difference & Resistance

4.3: Ohm's Law & I/V Characteristic Graphs

4.4: D.C. Circuits: Series & Parallel

4.5: Electrical Energy & Power

4.6: Dangers of Electricity & Safe Use

Unit 5: Electromagnetism

5.1: Simple Phenomena of Magnetism

5.2: Magnetic Effect of an Electric Current

5.3: Force on a Current-Carrying Conductor & D.C. Motors

5.4: Electromagnetic Induction & Faraday's Law

5.5: The A.C. Generator & Transformers

Unit 6: Atomic and Nuclear Physics

6.1: The Nuclear Atom & Atomic Model

6.2: Radioactivity: Nature & Detection of α, β, γ radiation

6.3: Radioactive Decay, Half-Life & Safety Precautions

6.4: Isotopes & their Uses

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Condition / Feature	Standard	Premium	Platinum
🌟Target Score Commitment	❌	❌	✅
Worksheets and Lesson Notes	✅	✅	✅
In-class Exercises and Solutions	✅	✅	✅
Extra Homework	✅	✅	✅
Exam-style and Past Papers	✅	✅	✅
Question Bank	✅	✅	✅
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Fixed Teacher	❌	✅	✅
Support for IA, EE, TOK	❌	✅	✅
After-hours Message Response (until 9:30 PM)	❌	✅	✅
Initial Teacher & Student Meeting (Welcome Meeting)	✅	✅	✅
Teacher & Parent Conference	❌	✅	✅
Periodic Academic Reports	✅	✅	✅
Teacher's Feedback and Evaluation After Each Class	✅	✅	✅
Rescheduling Policy (Notice within working hours)	24 hours	12 hours	06 hours
Exam Pass Commitment	✅	✅	✅

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O-level Physics

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Frequently Asked Questions

Frequently Asked Questions About

O-level Physics

Do I need to study A-Maths to do well in O-Level Physics?

While it is not a strict prerequisite, taking Additional Mathematics provides a significant advantage. A-Maths strengthens algebra and graphing skills, which are frequently used to solve complex problems in O-level Physics.

How many exam papers are there for O-Level Physics?

The exam typically consists of multiple components: a Multiple-Choice Paper (Paper 1), a Structured and Free-Response Paper (Paper 2), and usually either a Practical Assessment or a Theory-based Alternative to Practical Paper.

What is the "Alternative to Practical"?

This is a written paper designed to test your practical knowledge and skills without requiring you to perform actual experiments. You will be asked questions about experimental design, reading measurements, and analyzing data from given scenarios.

How does Intertu support students with the Practical Assessment?

Our teachers focus on teaching the fundamental principles behind each experiment. We guide students through experiment design, identifying sources of error, analyzing data, drawing accurate graphs, and making valid conclusions — all key skills tested in both the hands-on and written practical exams.

Is O-Level Physics required to take A-Level Physics?

Yes, for most pre-university programs, achieving at least a good pass in O-Level Physics is a mandatory requirement to qualify for A-Level Physics.

How is tuition for the O-level Physics course at Intertu calculated?

Tuition fees for O-level Physics at Intertu Education depend on the total number of study hours and the level of support package selected (Standard, Premium, Platinum). For a detailed quotation, please contact Intertu’s advisory team directly.

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O-Level

O-level Physics

Learn About The Subject

Common Challenges When Learning O-level Physics

Course Content

Register For A Consultation With Our Experts

Personalized Learning Approach

Academic Pathway

Competency Assessment

Set Learning Objectives

Create A Learning Path

Implement And Optimize

MEET THE TEACHING TEAM

Dedicated Team Of Teachers Ready To Support Your Learning Journey

Tuan Nguyen

Duy Nguyen

Thuy Nguyen

Tra Nguyen

Tin Nguyen

Hieu Pham

Uyen Vu

Carolina Rondon

Choosing the right study package

Find The Optimal Academic Support Solution For You

Learn About Another Subject

Frequently Asked Questions

Frequently Asked Questions About

O-level Physics

CONTACT INTERTU

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