IELTS

CAIE Physics

Hybrid
120 Hrs
Course Description

Cambridge O Level Physics (5054) provides a comprehensive foundation in the essential principles of experimental and theoretical physics for learners. The course is designed to develop a set of transferable skills including handling data, practical problem-solving, and applying the scientific method. Learner’s study fundamental concepts across six major topics: Motion, Forces and Energy; Thermal Physics; Waves; Electricity and Magnetism; Nuclear physics; and Space Physics. The syllabus encourages learners to develop relevant attitudes such as concern for accuracy and precision, objectivity, integrity, enquiry, initiative and inventiveness. The qualification is structured to build a solid foundation of scientific knowledge and skills required for progression to Cambridge International AS & A Level Physics or employment.

The course aims to enable students to:

  • Acquire scientific knowledge and understanding of scientific theories and practice.
  • Develop a range of experimental skills, including handling variables and working safely.
  • Use scientific data and evidence to solve problems and discuss the limitations of scientific methods.
  • Communicate effectively and clearly, using scientific terminology, notation and conventions.
  • Understand that the application of scientific knowledge can benefit people and the environment.
  • Enjoy science and develop an informed interest in scientific matters which support further study.

Assessment is by three components: two externally assessed written papers (Multiple Choice and Theory) and one externally assessed practical paper (either Paper 3: Practical Test or Paper 4: Alternative to Practical).

The course with Eduva will provide experienced and trained instructors. The classes will be conducted online, utilizing Eduva’s Student Dashboard ensuring students to track their progress in real-time.

Course Content

1. Motion, forces and energy

  • Physical quantities and measurement techniques
  • Motion
  • Mass, weight and density
  • Forces
  • Forces continued
  • Momentum
  • Energy, work and power
  • Pressure

 

2. Thermal physics 

  • Kinetic particle model of matter
  • Thermal properties and temperature
  • Transfer of thermal energy

3. Waves

  • General wave properties
  • Light
  • Electromagnetic spectrum
  • Sound

4. Electricity and magnetism

  • General electricity
  • Electrical quantities
  • D.C. circuits
  • Practical electricity
  • Electromagnetic effects
  • Magnetism

5. Nuclear physics

  • The nucleus
  • Radioactivity
  • Ionizing radiation

6. Space physics

  • The Earth and the Solar System
  • The wider universe
Learning Objectives

By the end of the Cambridge O Level Physics (5054) course, students will be able to:

1. Acquire and Demonstrate Scientific Knowledge (AO1) 

  • Demonstrate knowledge and comprehensive understanding of scientific facts, concepts, definitions, and theories across all syllabus topics (Motion, Forces, Thermal Physics, Waves, Electricity, and Nuclear Physics).
  • Explain and use scientific vocabulary, terminology, and conventions (including symbols, quantities, and units) correctly.
  • Recall and describe the uses and hazards of scientific instruments and apparatus, and demonstrate an understanding of safe laboratory practices.

2. Develop Scientific Inquiry and Problem-Solving Skills (AO2) 

  • Locate, select, organize, and present information from various sources in different forms (e.g., written, symbolic, graphical, numerical).
  • Manipulate numerical and other data, including performing calculations related to velocity, acceleration, forces, energy, charge, and wave properties.
  • Solve physics problems in both familiar and unfamiliar contexts by applying fundamental laws and principles.
  • Translate information between different forms (e.g., from a description to a force diagram or a velocity-time graph).

3. Perform and Evaluate Experimental Investigations (AO3) 

  • Plan and design experiments and investigations that are safe, reliable, and appropriate for the hypothesis being tested, including selecting apparatus and controlling variables.
  • Make, record, and process accurate observations, measurements, and estimates using appropriate apparatus and techniques.
  • Interpret and evaluate experimental observations and data, including identifying sources of error, drawing valid conclusions, and suggesting valid improvements to the procedure or technique.

 4. Understand the Applications and Implications of Physics

  • Discuss the social, economic, and environmental implications of physics knowledge and technological applications (e.g., practical electricity, nuclear energy, space exploration).
  • Demonstrate an understanding of how scientific knowledge is developed, including the discussion of evidence and the limitations of scientific methods.
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