Chapter 1 Lorentz Transformation
Master the Fundamentals of Special Relativity – Free Resource by Pravegaa Education This comprehensive introductory chapter on Special Relativity offers in-depth coverage of key topics including the Michelson-Morley experiment, Galilean and Lorentz transformations, length contraction, time dilation, and the relativity of simultaneity. Tailored for competitive exams such as IIT JAM, CSIR NET, GATE Physics, JEST, TIFR, CUET, and the GRE in Physics, this free resource from Pravegaa Education is ideal for building a strong conceptual foundation in physics and physical sciences. A must-read for serious aspirants aiming for top ranks.
CHAPTER 2 Mass Energy Equivalence
Chapter 2 of our Special Relativity course focuses on the core concepts of relativistic dynamics, essential for students aiming to excel in exams like IIT JAM, CSIR NET, GATE Physics, JEST, TIFR, and GRE Physics. This chapter covers: Derivation of Relativistic Mass – Learn how mass varies with velocity at high speeds. Rest Mass Energy & Relativistic Energy – Explore Einstein’s iconic equation E = mc² and its deeper physical meaning. Energy-Momentum Relationship – Analyze the connection between total energy and momentum for free particles. Relativistic Kinetic Energy – Derive the expression for kinetic energy in the relativistic framework. Relativistic Force & Newton’s Laws – Understand how Newton’s second law is adapted in the relativistic regime (in one dimension). Relativistic Momentum – Grasp the definition and implications of momentum in special relativity. This chapter is a must-study for physics aspirants preparing for competitive exams in physical sciences. Strengthen your foundation with this free, high-quality content from Pravegaa Education.
CHAPTER 3 Relativistic Four Vectors
Chapter 3 of our Special Relativity course dives into advanced topics that are essential for competitive physics exams like IIT JAM, CSIR NET, GATE Physics, JEST, TIFR, CUET, and GRE Physics. This free resource by Pravegaa Education provides a detailed understanding of: Space and Time: Discover the unification of space and time in the framework of relativity. Space-like, Time-like & Light-like Intervals: Classify spacetime intervals and grasp their physical relevance. Minkowski Diagrams: Learn to visualize events and transformations in spacetime with intuitive diagrams. Symmetry in Momentum and Energy: Explore the elegant symmetry between energy and momentum in relativistic dynamics. Relativistic Doppler Effect (Longitudinal): Understand frequency shifts in light due to relative motion and its practical implications. Properties of Four-Vectors: Master the use of four-vectors, inner product invariance, and their role in relativistic formulations. Relativistic Invariance with Four-Vectors: See how four-vectors maintain the form of physical laws under Lorentz transformations. Collisions and Decays: Apply relativistic mechanics to analyze particle collisions and decay processes. This chapter is a must-study for serious aspirants aiming for a strong grasp of modern physics. Access this free, high-quality study material only at Pravegaa Education.
