IBDP

IB Physics

Learn About The Subject

B Physics explores the fundamental laws governing the physical universe, from the motion of everyday objects to the quantum world and astronomy. The course focuses on developing logical thinking, quantitative problem-solving skills through the application of mathematical principles, scientific experimental abilities, and a deep understanding of core concepts such as mechanics, thermal physics, waves, electromagnetism, and modern physics.

Common Challenges When Learning IB Physics

Difficulty with Abstract Concepts: Understanding and visualizing complex, non-intuitive physics concepts (like fields, waves, quantum phenomena).
Challenge with Mathematical Skills: Requires a strong foundation in Math (Algebra, Trigonometry, Calculus at HL) to solve quantitative problems.
Requirements for Problem-Solving: Flexibly and creatively applying physics laws and principles to diverse situations and problems.
Complexity of the IA (Investigation): Independently designing and conducting experiments (or simulations/data analysis) and analyzing results scientifically and accurately.

Course Content

Unit 1: Measurements and uncertainties

1.1: Measurements in physics

1.2: Uncertainties and errors

1.3: Vectors and scalars

Unit 2: Mechanics

2.1: Motion

2.2: Forces

2.3: Work, energy and power

2.4: Momentum and impulse

Unit 3: Thermal physics

3.1: Thermal concepts

3.2: Modelling a gas

Unit 4: Waves

4.1: Oscillations

4.2: Travelling waves

4.3: Wave characteristics

4.4: Wave behaviour

4.5: Standing waves

Unit 5: Electricity and magnetism

5.1: Electric fields

5.2: Heating effect of electric currents

5.3: Electric cells

5.4: Magnetic effects of electric currents

Unit 6: Circular motion and gravitation

6.1: Circular motion

6.2: Newton’s law of gravitation

Unit 7: Atomic, nuclear and particle physics

7.1: Discrete energy and radioactivity

7.2: Nuclear reactions

7.3: The structure of matter

Unit 8: Energy production

8.1: Energy sources

8.2: Thermal energy transfer

Unit 9: Wave phenomena (HL only)

9.1: Simple harmonic motion

9.2: Single-slit diffraction

9.3: Interference

9.4: Resolution

9.5: Doppler effect

Unit 10: Fields (HL only)

10.1: Describing fields

10.2: Fields at work

Unit 11: Electromagnetic induction (HL only)

11.1: Electromagnetic induction

11.2: Power generation and transmission

11.3: Capacitance

Unit 12: Quantum and nuclear physics (HL only)

12.1: The interaction of matter with radiation

12.2: Nuclear physics

Option (1 out of 4):

1.Relativity

2.Engineering physics

3.Imaging

4.Astrophysics

Key to table:
• Topics with content that should be taught to all students
•• Topics with content that should be taught to all students plus additional HL content
••• Topics with content that should only be taught to HL students

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Competency Assessment

Identify strengths, weaknesses, and needs.

Set Learning Objectives

Set academic goals with a clear learning roadmap.

Create A Learning Path

Develop a detailed and structured study plan.

Implement And Optimize

Teachers provide close guidance and adapt flexibly to maximize learning outcomes.

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Dedicated Team Of Teachers Ready To Support Your Learning Journey

Tuan Nguyen

Teaches:

Curriculum:

Duy Nguyen

Teaches:

Curriculum:

Thuy Nguyen

Teaches:

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Tra Nguyen

Teaches:

Curriculum:

Tin Nguyen

Teaches:

Curriculum:

Hieu Pham

Teaches:

Curriculum:

Uyen Vu

Teaches:

Curriculum:

Carolina Rondon

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Choosing the right study package

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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	✅	✅	✅
Saturday Morning Homework Support	❌	✅	✅
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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IB Physics

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Frequently Asked Questions

Frequently Asked Questions About

IB Physics

Does IB Physics require students to be good at Math?

Yes, IB Physics demands a strong foundation in Math. Students need to be proficient in Algebra, Trigonometry, and capable of applying mathematical tools to model and solve physics problems. For the Higher Level (HL), knowledge of Calculus is extremely useful and almost essential for a deep understanding of some topics.

What's the main difference between Physics Standard Level (SL) and Higher Level (HL)?

Both SL and HL cover the core Physics topics. However, HL delves significantly deeper into these topics and covers additional higher-level (AHL) content such as Wave Phenomena, Electric and Magnetic Fields, Electromagnetic Induction, Quantum and Nuclear Physics. HL clearly demands a higher level of abstract thinking, mathematical skills, and problem-solving ability compared to SL.

What is the role of practical work and experiments in IB Physics?

Practical work is a central and indispensable part of IB Physics. The program emphasizes learning through experimentation. Students need to conduct numerous experiments to verify theories, develop important practical skills (designing, precise measurement, error analysis, lab safety), and collect data for the Internal Assessment (IA).

What does the Internal Assessment (IA) in Physics require students to do?

The Physics IA is an individual scientific investigation. Students need to independently identify an interesting and testable physics research question, then plan, design, and conduct an experiment (or use computer simulations, analyze available databases) to collect relevant data. Finally, students must process, analyze the data, evaluate the results, and present the entire process in a detailed scientific report.

What advantages does studying IB Physics offer for university and career paths?

IB Physics is a core foundational subject for most Engineering disciplines (Mechanical, Electrical, Electronics, Aerospace, Civil...), theoretical and applied Physics, Astronomy, Computer Science (especially hardware, robotics, graphics-related fields), and Material Science. It's also a useful subject for fields like Medicine, Architecture, and Quantitative Finance (due to its modeling and problem-solving skills).

Does Intertu Education offer trial classes for IB Physics?

Yes, Intertu Education provides trial classes for IB Physics. This is an excellent opportunity for you and your parents to directly experience our teaching methodology, meet our teachers, and assess suitability before deciding to enroll in the official course. Please contact our counseling department to learn more.

How is the tuition fee for the IB Physics course at Intertu calculated?

The tuition fee for IB Physics at Intertu Education depends on the study hour package and the level of support service (Standard, Premium, Platinum) that parents choose, aiming to best meet specific learning needs and academic goals. To receive a detailed fee quotation and to be advised on the most suitable study package, please contact Intertu's consulting team directly.

IBDP

IB Physics

Learn About The Subject

Common Challenges When Learning IB 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

IB Physics

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