.jpg)
Comprehensive mechanics notes covering Vector Operations, Particle Dynamics, Special Relativity, Work & Energy, Conservation of Energy, Collisions, and Rotational Dynamics. Exam-focused with solved examples and concise formulas — perfect for university students.
Complete Mechanics Chapters
High-quality chapter-wise notes, quick revision sheets, derivations, solved numerical problems, and past-paper style questions to boost exam performance and conceptual clarity.
Chapter 1: Vector Operations
Vector algebra, components, scalar & vector products, projections, vector calculus basics used in mechanics problems and examples.
Read MoreChapter 2: Particle Dynamics
Newton's laws, kinematics vs dynamics, friction, circular motion, center of mass and applications to particle motion problems.
Read MoreChapter 3: Special Theory of Relativity
Einstein's postulates, Lorentz transformations, time dilation, length contraction, relativistic energy and momentum — concise derivations and examples.
Read MoreChapter 4: Work and Energy
Work-energy theorem, kinetic & potential energy, power, conservative forces, energy diagrams and worked numerical problems for mechanics exams.
Read MoreChapter 5: Conservation of Energy
Mechanical energy conservation, energy transfer, potential wells, non-conservative forces and real-world problem solving with solved examples.
Read MoreChapter 6: Collision
Linear momentum, elastic & inelastic collisions, center of mass frame, coefficient of restitution, 1D & 2D collision problems with step-by-step solutions.
Read MoreChapter 7: Rotational Dynamics
Torque, angular momentum, rigid body rotation, moment of inertia, rolling without slipping, energy in rotational motion and solved examples.
Read More
0 Comments
Have a question or suggestion? Share your thoughts below — we’d love to hear from you!