Best Online CAIE IAS-Level Physics (9702) Course
Enrol in our CAIE IAS-Level Physics (9702) Course and excel in your upcoming exams
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Why Study CAIE IAS-Level Physics (9702) with Akbar Academy?
Learn from Industry Experts
Our experienced instructors bring over a decade of teaching physics to the table. Their deep understanding of the subject ensures you learn both theory and practical applications, preparing you for exams and future studies.
Interactive Lessons
Our lessons go beyond textbooks. With engaging quizzes, real-life applications, and experiments, you’ll stay motivated and better understand core concepts. Every session is designed to keep you actively involved in your learning journey.
Self-Paced Learning
Learn at your own pace. Our flexible course allows you to set your schedule, making it ideal for balancing studies with other commitments—no rush, no pressure—just steady progress at your comfort level.
Access to Downloadable Resources
Gain access to downloadable study materials, practice papers, and revision guides. These resources are designed to reinforce your learning and help you prepare for exams with confidence, even offline.
Course Specifics
Paper Breakdown:
Paper 1:
Duration: 1 hour 15 minutes
Format: 40 multiple-choice questions
Marks: 40
Weighting: 31% of AS-level (15.5% of A-level)
This paper assesses your understanding of core physics concepts through quick, problem-based questions.
Paper 2:
Duration: 1 hour 15 minutes
Format: Structured questions
Marks: 60
Weighting: 46% of AS-level (23% of A-level)
Paper 2 requires you to answer more in-depth questions, testing your ability to apply physics principles to various scenarios.
Paper 3:
Duration: 2 hours
Format: Practical experimentation skills
Marks: 40
Weighting: 23% of AS-level (11.5% of A-level)
This paper is based on practical skills, focusing on your ability to design experiments, collect data, and analyze results.
Course Content:
The syllabus is divided into 11 teaching topics that cover a broad range of fundamental physics concepts:
- Physics Quantities and Units: Understanding the basic measurements and units used in physics.
- Kinematics: Study of motion, including velocity and acceleration.
- Dynamics: Focus on forces and Newton’s laws of motion.
- Forces, Density, and Pressure: Exploring how forces act on materials and fluids.
- Work, Energy, and Power: Examining how energy is transferred and conserved.
- Deformation of Solids: Understanding how materials stretch, compress, and deform under force.
- Waves: Study of wave properties, including reflection, refraction, and diffraction.
- Superposition: Interference of waves and related phenomena.
- Electricity: Basics of electric circuits, current, and potential difference.
- D.C. Circuits: More detailed analysis of direct current electrical circuits.
- Particle Physics: Introduction to the fundamental particles and forces in the universe.
This structure provides a thorough foundation in physics, preparing you for higher education or careers in science and engineering.
Benefits of CAIE IAS-Level Physics (9702) Course
1. Globally Recognized Qualification
This course is respected worldwide, making it valuable for students seeking admission to top universities or career opportunities in science, engineering, and technology.
2. Solid Foundation for A-Level and Beyond
IAS-Level Physics covers fundamental concepts that prepare students for the full A-Level Physics course and other advanced studies, ensuring they are well-prepared for higher education.
3. Practical Experimentation Skills
Through Paper 3, students develop hands-on experience with experiments, data analysis, and scientific procedures, essential for lab work in university and scientific careers.
4. Preparation for Diverse Career Opportunities
Physics graduates are highly sought after in fields like engineering, technology, research, and even finance, where analytical and mathematical skills are in high demand.
5. Critical Thinking Enhancement
The course encourages logical reasoning and critical thinking, helping students analyze physical phenomena, develop hypotheses, and test them scientifically. These skills are vital for success in both academia and industry.