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Physics Fundamentals for NDA GAT
COURSE

Physics Fundamentals for NDA GAT

INR 59
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📂 NDA (National Defence Academy)

Description

This subject covers the complete physics curriculum required for NDA GAT, encompassing approximately 20-25 questions in the examination. The content spans physical properties of matter, thermodynamics, mechanics, optics, electricity, magnetism, and modern physics concepts. Topics include motion and forces (Newton's laws, momentum, gravity), energy transformations, waves and sound, light phenomena, electromagnetic induction, and applications of physics in everyday devices. The subject emphasizes conceptual understanding at the 10+2 level without requiring advanced calculus or mathematical derivations. Practical applications are highlighted through common devices and phenomena encountered in daily life.

Learning Objectives

Upon mastering this subject, learners will be able to: (1) Explain physical properties of matter including density, pressure, and states of matter; (2) Apply Newton's laws of motion to analyze forces, acceleration, and momentum in various scenarios; (3) Understand and calculate work, energy, and power in mechanical systems; (4) Analyze gravitational phenomena and principles of buoyancy; (5) Explain thermodynamics including heat transfer, temperature, and effects of heat; (6) Understand wave motion, sound propagation, and properties of sound; (7) Analyze optical phenomena including reflection, refraction, and image formation; (8) Understand electrostatics, current electricity, and electromagnetic induction; (9) Explain magnetism including Earth's magnetism and magnetic materials; and (10) Apply knowledge to practical problems and score 80-85 marks in the 20-25 physics questions in NDA GAT examination.

Topics (10)

1
Motion, Forces, and Newton's Laws
2
Work, Energy, and Power
3
Gravitation and Buoyancy
4
Thermodynamics and Heat Transfer
5
Wave Motion and Sound
6
Optics and Light Phenomena
7
Current Electricity and Circuits
8
Magnetism and Electromagnetism
9
Modern Physics and Practical Applications
10
Electrostatics and Electric Potential