What You Will Learn

This course covers Physics and Mathematics for Classes 10–12, Engineering Physics, Advanced Mathematics, and selected Physics and Mathematics topics related to Engineering, CSE, and IT programs. The learning path begins with core scientific principles and progresses to advanced concepts, numerical problem-solving, and applied mathematics.

Physics

Learn the fundamentals of mechanics

• Understand motion, force, and Newton’s laws

• Study work, energy, power, and momentum

• Analyze rotational motion and mechanical systems

• Apply physical laws to solve numerical problems

Explore electricity and magnetism

• Understand electric charges, fields, and potential

• Study current electricity and electrical circuits

• Learn magnetic fields and electromagnetic principles

• Solve problems involving electrical and magnetic systems

Study waves, optics, and modern physics

• Understand wave motion and sound

• Learn reflection, refraction, and optical phenomena

• Study atomic structure and nuclear physics

• Explore concepts in modern physics

Learn thermal and atmospheric physics

• Understand heat, temperature, and thermodynamics

• Study thermal properties of matter

• Explore atmospheric processes and physical phenomena

• Analyze scientific principles related to environmental systems

Explore space science concepts

• Learn the fundamentals of space and atmospheric sciences

• Understand planetary systems and celestial phenomena

• Study physical principles governing space environments

• Explore scientific methods used in space research

Mathematics

Build advanced algebra skills

• Study equations, functions, and mathematical reasoning

• Learn complex numbers and advanced algebraic techniques

• Solve higher-level mathematical problems

Learn calculus

• Understand limits and continuity

• Study differentiation and integration

• Apply calculus techniques to scientific and engineering problems

• Solve application-based mathematical questions

Explore coordinate geometry and vectors

• Study lines, circles, and conic sections

• Learn vector operations and applications

• Understand three-dimensional geometry concepts

• Apply geometric methods to problem-solving

Study probability and statistics

• Analyze and interpret data

• Learn probability concepts and calculations

• Apply statistical methods to mathematical problems

Engineering Physics and Applied Mathematics

• Understand the mathematical foundations used in engineering

• Apply physics concepts to engineering systems and applications

• Learn methods used in technical and scientific calculations

• Explore problem-solving techniques relevant to engineering studies

Physics and Mathematics for CSE and IT

• Study mathematical concepts commonly used in computing

• Understand logical and analytical problem-solving methods

• Learn quantitative techniques used in technical fields

• Apply mathematics and physics principles to computational contexts

Practice and Application

• Solve numerical and conceptual problems

• Apply formulas, theorems, and scientific principles

• Interpret graphs, data, and mathematical models

• Strengthen analytical and problem-solving skills through structured exercises

The course progresses from foundational Physics and Mathematics concepts to advanced topics in mechanics, electricity, calculus, engineering physics, space science, and applied mathematics, providing a comprehensive understanding across school and engineering-level studies.