- Plan covers mechanics, heat, light, electricity, magnetism, and modern physics.
- Includes daily topics, practice days, and weekly tests for comprehensive study.
- Emphasizes understanding concepts, problem-solving, and past paper practice.
ICSE Class 10 Physics 30-Day Study Plan 2025: In this article, we will be providing the students with a 30-day study plan to score well in the subject of Physics. The plan focuses on understanding concepts, solving numerical problems, and practising past papers. Each week is divided into specific topics to ensure comprehensive coverage of the syllabus.
ICSE Class 10 Physics 30-Day Study Plan 2025
Week 1: Mechanics & Heat
| Day 1: Force, Work, Power, and Energy - Revise definitions and formulas for force, work, power, and energy.
- Understand concepts like potential energy, kinetic energy, and work-energy theorem.
- Solve at least 5 numerical problems from each topic.
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| Day 2: Machines - Study levers, pulleys, and inclined planes.
- Understand the principles of mechanical advantage, efficiency, and velocity ratio.
- Solve numerical problems from the textbook and additional sources.
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| Day 3: Light - Reflection - Revise the laws of reflection and ray diagrams for plane mirrors.
- Study spherical mirrors: concave and convex (focal length, uses).
- Solve ray-diagram problems and numerical questions.
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| Day 4: Light - Refraction - Study the laws of refraction and refractive index.
- Understand total internal reflection and critical angle.
- Solve problems involving Snell’s Law.
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| Day 5: Heat - Revise thermal expansion, specific heat capacity, and latent heat.
- Solve numerical problems on heat transfer and calorimetry.
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| Day 6: Practice Day - Attempt questions from ICSE past papers on Week 1 topics.
- Revise key formulas and clarify doubts.
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| Day 7: Test Yourself - Take mock tests covering mechanics, light, and heat.
- Look for your mistakes and work on your weak areas.
|
Week 2: Electricity & Magnetism
| Day 8: Current Electricity - Basics - Revise Ohm’s Law, resistance, and resistivity.
- Understand series and parallel circuits.
- Solve numerical problems on equivalent resistance.
|
| Day 9: Household Circuits - Study fuses, earthing, and safety precautions.
- Understand the working of MCBs and three-pin plugs.
- Solve application-based questions.
|
| Day 10: Electromagnetism - Revise magnetic effects of current and the right-hand thumb rule.
- Study electromagnets and their applications.
- Practice diagrams and theory-based questions.
|
| Day 11: Electromagnetic Induction - Study Faraday’s Law and Lenz’s Law.
- Solve numerical problems on induced EMF and current.
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| Day 12: Heat Engines - Study the principle of heat engines and efficiency.
- Understand the workings of internal combustion engines.
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| Day 13: Practice Day - Solve previous year's papers on electricity and magnetism.
- Revise important derivations and diagrams.
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| Day 14: Test Yourself - Take a sample paper test on electricity, magnetism, and heat engines.
- See through your mistakes and revise the concepts covered until now.
|
Week 3: Modern Physics & Optics
| Day 15: Sound - Revise wave properties that include concepts and numerals on frequency, amplitude, and wavelength.
- Study the speed of sound in different media and the Doppler effect.
- Solve related numerical problems.
|
| Day 16: Light - Lenses - Study convex and concave lenses.
- Practice ray diagrams and lens formula applications.
- Solve numerical problems on focal length and magnification.
|
| Day 17: Spectrum - Study dispersion and scattering of light.
- Understand the formation of a rainbow and the applications of prisms.
- Practice theory-based questions.
|
| Day 18: Modern Physics - Radioactivity - Study the properties of alpha, beta, and gamma radiation.
- Understand half-life and radioactive decay equations.
- Solve numerical problems involving half-life.
|
| Day 19: Nuclear Energy - Study the principles of nuclear fission and fusion.
- Understand the workings of nuclear reactors.
- Practice questions on energy release in nuclear reactions.
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| Day 20: Practice Day - Solve ICSE past papers on Week 3 topics.
- Revise key diagrams and derivations.
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| Day 21: Test Yourself - Take a test on sound, optics, and modern physics.
- See the mistakes and strengthen your weak areas.
|
Week 4: Full Revision and Mock Tests
| Day 22: Mechanics & Heat Revision - Revise all formulas, diagrams, and key concepts.
- Solve numerical problems from these chapters.
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| Day 23: Electricity & Magnetism Revision - Revise all formulas, laws, and diagrams.
- Solve numerical and theory-based questions.
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| Day 24: Optics & Modern Physics Revision - Revise lenses, spectrum, radioactivity, and nuclear energy.
- Practice application-based and theory questions.
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| Day 25: Full Syllabus Practice Paper - Attempt a full syllabus mock test under timed conditions.
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| Day 26: Analyse and Revise - Review the mock test and identify weak areas.
- Focus on improving these topics.
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| Day 27: Formula & Concept Recap - Write down all important formulas and principles.
- Revise them thoroughly.
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| Day 28: Quick Practice - Solve quick questions from all topics.
- Focus on areas that still seem unclear.
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| Day 29: Past Papers - Solve previous year’s papers under time management.
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| Day 30: Final Day Preparation - Relax and look through important notes, formulas, and diagrams.
- Ensure you are confident and ready for the exam.
|
This plan will provide the students with a systematic preparation with a balance of theory, numerical, and practice. Students can take a look at this study schedule plan to score well in the exam.
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