
In this lecture, a student will learn
Kinematics of a body dropped from a hot-air balloon
In this lecture, a student will learn
Various selected problems of Kinematics
In this lecture, a student will learn
Various selected problems of Kinematics of a body on an Inclined Plane
In this lecture, a student will learn
Various selected problems of Kinematics
In this lecture, a student will learn
Various selected problems of Kinematics of a body on an Inclined Plane
In this lecture, a student will learn
Various selected problems of lift-related Kinematics
1D and 2D Motions in a lift
In this lecture, a student will learn
Man-catching-a-bus problems
Shortcut for minimum velocity of a man to catch a moving bus
In this lecture, a student will learn
Various selected Kinematics problems involving a parachutist bailing out from a height
In this lecture, a student will learn
Velocity Reversal Problems in Kinematics
How to solve Velocity Reversal Problems
Calculate distance in case of Velocity Reversal Problems
Examples of Velocity Reversal Problems
In this lecture, a student will learn
Examples of Velocity Reversal Problems
In this lecture, a student will learn
Shortcuts for (αβ) Problems
Examples of (αβ) Problems
This course on Kinematics: Selected and Challenging Problems is designed for students who want to move beyond basic theory and develop true problem-solving mastery in one of the most important areas of physics. Kinematics forms the foundation of mechanics, and a strong grip on it is essential for competitive exams like JEE, NEET, Olympiads, and advanced school-level assessments.
Instead of covering routine or repetitive questions, this course focuses on carefully selected, high-quality problems that test concepts deeply and build analytical thinking. Each problem is chosen to highlight common traps, hidden assumptions, and smart approaches that are often missed in conventional classroom teaching. You will learn how to think like a problem-solver, not just how to apply formulas.
A major highlight of this course is the derivation and intelligent use of shortcuts, tricks, and alternative methods. Wherever possible, long calculations are replaced with logical reasoning, symmetry arguments, graphs, and time-saving techniques that are extremely useful in time-bound exams. All shortcuts are derived from first principles, so you understand why they work, not just how to use them.
Topics include motion in one and two dimensions, relative motion, graphical analysis, and special cases frequently asked in exams. Every solution is explained step by step, with emphasis on clarity, intuition, and exam relevance.
By the end of this course, you will gain speed, confidence, and conceptual clarity in kinematics, enabling you to tackle even the most challenging problems with ease.
Important: This course is intended to be purchased by parents, guardians, or adult learners. Students under 18 should access this course only under parental supervision and through an account managed by a parent or guardian, in accordance with Udemy’s policies.