Cambridge IGCSE Physics (0625)

Cambridge IGCSE Physics (0625) introduces learners to the basic principles of physics and develops their understanding of the practical application of scientific concepts. The syllabus covers mechanics, energy, thermal physics, waves, electricity, magnetism, and atomic physics, while also building experimental and investigative skills. It provides a solid foundation for further study at AS and A Level and helps students apply scientific knowledge to real-life contexts.

Advanced 0(0 Ratings) 2 Students enrolled
Created by CRAM_ Admin , Rifaqat Ali Minhas Last updated Tue, 09-Jun-2026 English
What will i learn?
  • Understanding key physics concepts
  • Applying physics to real-life situations
  • Using formulas and doing calculations
  • Thinking critically and solve problems
  • Communicate scientific ideas clearly

Curriculum for this course
59 Lessons 00:00:00 Hours
Introduction to syllabus - IGCSE Physics (0625)
1 Lessons 00:00:00 Hours
  • test Please access this lesson. 00:00:00
  • 00:00:00 Preview
  • Physical quantities and measurement techniques Please access this lesson.
  • Preview
  • Motion Please access this lesson.
  • Preview
  • Mass and weight Please access this lesson.
  • Preview
  • Density Please access this lesson.
  • Preview
  • Effects of foces Please access this lesson.
  • Preview
  • Turning effect of forces Please access this lesson.
  • Preview
  • Centre of gravity Please access this lesson.
  • Preview
  • Momentum Please access this lesson.
  • Preview
  • Energy Please access this lesson.
  • Preview
  • Work Please access this lesson.
  • Preview
  • Energy resources Please access this lesson.
  • Preview
  • Power Please access this lesson.
  • Preview
  • Pressure Please access this lesson.
  • Preview
  • States of matter Please access this lesson.
  • Preview
  • Particle model Please access this lesson.
  • Preview
  • Gases and the absolute scale of temperature Please access this lesson.
  • Preview
  • Thermal expansion of solids, liquids and gases Please access this lesson.
  • Preview
  • Specific heat capacity Please access this lesson.
  • Preview
  • Melting, boiling and evaporation Please access this lesson.
  • Preview
  • Conduction Please access this lesson.
  • Preview
  • Convection Please access this lesson.
  • Preview
  • Radiation Please access this lesson.
  • Preview
  • Consequences of thermal energy transfer Please access this lesson.
  • Preview
  • General properties of waves Please access this lesson.
  • Preview
  • Reflection, refraction and diffraction of waves Please access this lesson.
  • Preview
  • Reflection of light Please access this lesson.
  • Preview
  • Refraction of light Please access this lesson.
  • Preview
  • Thin lenses Please access this lesson.
  • Preview
  • Dispersion of light Please access this lesson.
  • Preview
  • Electromagnetic spectrum Please access this lesson.
  • Preview
  • Sound Please access this lesson.
  • Preview
  • Simple phenomena of magnetism Please access this lesson.
  • Preview
  • Electric charge Please access this lesson.
  • Preview
  • Electric current Please access this lesson.
  • Preview
  • Electromotive force and potential difference Please access this lesson.
  • Preview
  • Resistance Please access this lesson.
  • Preview
  • Electrical energy and electrical power Please access this lesson.
  • Preview
  • Circuit diagrams and circuit components Please access this lesson.
  • Preview
  • Action and use of circuit components Please access this lesson.
  • Preview
  • Electrical safety Please access this lesson.
  • Preview
  • Electromagnetic induction Please access this lesson.
  • Preview
  • The a.c. generator Please access this lesson.
  • Preview
  • Magnetic effect of a current Please access this lesson.
  • Preview
  • Force on a current-carrying conductor Please access this lesson.
  • Preview
  • The d.c. motor Please access this lesson.
  • Preview
  • The transformer Please access this lesson.
  • Preview
  • The atom Please access this lesson.
  • Preview
  • The nucleus Please access this lesson.
  • Preview
  • Detection of radioactivity Please access this lesson.
  • Preview
  • The three types of nuclear emission Please access this lesson.
  • Preview
  • Radioactive decay Please access this lesson.
  • Preview
  • Half-life Please access this lesson.
  • Preview
  • Safety precautions Please access this lesson.
  • Preview
  • The Earth Please access this lesson.
  • Preview
  • The Solar System Please access this lesson.
  • Preview
  • The Sun as a star Please access this lesson.
  • Preview
  • Stars Please access this lesson.
  • Preview
  • The Universe Please access this lesson.
  • Preview
Requirements
  • Language: A reasonable level of English, since the exam is written in English and understanding scientific terms, instructions, and questions is essential.
  • Mathematics skills: Basic algebra, arithmetic, and graph work (plotting and interpreting) are required, as Physics involves calculations, equations, and data analysis.
  • Science background: A general understanding of lower secondary science (middle school level) is helpful, but the course itself does not assume deep prior knowledge.
  • Practical work: Willingness to engage in experiments, investigations, and handling simple apparatus, as practical skills are assessed either through written practical papers or coursework.
  • Commitment: Regular study, practice with past papers, and application of concepts to real-life situations.
+ View more
Description

Cambridge IGCSE Physics (0625) is designed to give learners a strong grasp of the principles and concepts of physics, while also developing their scientific skills and critical thinking. The syllabus includes key areas such as:

  • General Physics: motion, forces, energy, density, and pressure.

  • Thermal Physics: kinetic theory, transfer of thermal energy, and thermal properties.

  • Waves: general wave properties, light, and sound.

  • Electricity and Magnetism: electric charge, current, circuits, electromagnetic effects, and magnets.

  • Atomic Physics: structure of the atom, radioactivity, and the nuclear model.

In addition to theoretical knowledge, learners develop strong practical skills through experiments, data analysis, and scientific investigations. The course encourages learners to apply physics in everyday contexts, improving problem-solving and analytical abilities.

Assessment is through a combination of multiple-choice, structured, and practical papers, with options for either a written practical test or a coursework component, depending on the school.

 

This qualification provides an excellent foundation for learners who wish to progress to Cambridge International AS & A Level Physics or other related sciences. It also equips students with transferable skills valuable for further studies and future careers in science, engineering, and technology.

+ View more
Other related courses
00:00:00 Hours
0 1 Free
About the instructor
  • 0 Reviews
  • 2 Students
  • 3 Courses
+ View more
-
The courses are well-structured and the instructors are very supportive. It helped me improve my grades significantly
  • 0 Reviews
  • 2 Students
  • 1 Courses
+ View more
The courses are well-structured and the instructors are very supportive. It helped me improve my grades significantly
Student feedback
0
Average rating
  • 0%
  • 0%
  • 0%
  • 0%
  • 0%
Reviews
Free
Includes:
  • 00:00:00 Hours On demand videos
  • 59 Lessons
  • Access on mobile and tv
  • Full lifetime access
  • Compare this course with other

No PDF available for this course.