Physics Senior Secondary Syllabus

Physics is a fundamental branch of science that studies the nature of matter and energy. It has numerous practical applications in our daily lives. Perhaps the most direct application of physics is in medicine, where understanding the properties of electromagnetic radiation helps doctors diagnose and treat illnesses like cancer. We can also see physics in use in our daily lives when we turn on the television or listen to music. The foundations of classical physics are used to understand how these devices work. Physics also plays an important role in astronomy, biochemistry, engineering, math, geology, and even biology as well as many other scientific fields. In other words, studying physics is important for school students because it helps them understand the world around them. The subject allows students to explore the building blocks of our world, which can help them better understand how things work.

Senior Secondary Physics Syllabus

Following are some of the chapters that students will have to learn in their senior secondary:

Sl. No.

Module

Lesson Number

1

Module 1 – Motion, Force and Energy

1-7

2

Module 2 – Mechanics of Solids and Fluids

8-9

3

Module 3 – Thermal Physics

10-12

4

Module 4 – Oscillations and Waves

13-14

5

Module 5 – Electricity and Magnetism 1

15-19

6

Module 6 – Optics and Optical Instruments

20-23

7

Module 7 – Atoms and Nuclei

24-27

8

Module 8 – Semiconductor Devices and Communication

28-30

Total

30 lessons

List of Lessons

Following are the list of lessons for the senior secondary course physics syllabus.

  • Lesson 1 – Units, Dimensions and Vectors
  • Lesson 2 – Motion in a Straight Line
  • Lesson 3 – Laws of Motion
  • Lesson 4 – Motion in a Plane
  • Lesson 5 – Gravitation
  • Lesson 6 – Work, Energy and Power
  • Lesson 7 – Motion of a Rigid Body
  • Lesson 8 – Elastic Properties of Solids
  • Lesson 9 – Properties of Fluid
  • Lesson 10 – Kinetic Theory of Gases
  • Lesson 11 – Thermodynamics
  • Lesson 12 – Heat Transfer and Solar Energy
  • Lesson 13 – Simple Harmonic Motion
  • Lesson 14 – Wave Phenomena
  • Lesson 15 – Electric Charge and Electric Field
  • Lesson 16 – Electric Potential and Capacitors
  • Lesson 17- Electric Current
  • Lesson 18 – Magnetism and Magnetic Effect of Electric Current
  • Lesson 19 – Electromagnetic Induction and Alternating Current
  • Lesson 20 – Reflection and Refraction of Light
  • Lesson 21 – Dispersion and Scattering of light
  • Lesson 22 – Wave Phenomena and Light
  • Lesson 23 – Optical Instruments
  • Lesson 24 – Structure of Atom
  • Lesson 25 – Dual Nature of Radiation and Matter
  • Lesson 26 – Nuclei and Radioactivity
  • Lesson 27 – Nuclear Fission and Fusion
  • Lesson 28 – Semiconductors and Semiconducting Devices
  • Lesson 29 – Applications of Semiconductor Devices
  • Lesson 30 – Communication Systems

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