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Kinematics (Physics)
22 students

Kinematics (Physics)

Projectile motion, drop equations, zenith and trajectory of projectile. angle of inclination, aircraft , tank leaking.
Created byMohammad Tanveer
Last updated 3/2026
English

What you'll learn

  • Kinematics of Projectile Motion
  • Kinematics of a body dropped from height or thrown horizontally from a height.
  • Relationship between, maximum height, range and time of flight of a projectile motion.
  • Selected problems and identities in Kinematics

Explore related topics

Course content

2 sections • 8 lectures • 1h 53m total length

  • 0701. Projectile Motion, Part-121:05

    In this lecture, a student will learn

    • Projectile Motion is 2D Motion under Gravity

    • Radius of Curvature of the Trajectory

    • Angular Momentum of a Projectile

    • Example of a grasshopper

    • Ball thrown from one building to another

    • Finding Range (R) of a Projectile given Horizontal component of velocity and angle of inclination

    • Vertical component of the velocity at half the height

    • Examples of Projectile and a Wall

  • 0702. Projectile Motion, Part-214:54

    In this lecture, a student will learn

    • Distance between two projectiles, when their velocity vectors become perpendicular to each other

    • Maximum range of a projectile in a tunnel

    • Finding ratio of maximum heights for two projectiles

    • Distance between two projectiles after some time

    • Range of a projectile in a strong wind

    • Boy aiming at a bird

    • Two particles meet at the zenith

  • 0703. Projectile Motion, Part-314:15

    In this lecture, a student will learn

    • Effect on increasing launch velocity (u) by a small percentage on maximum height

    • Four projectiles launched with different angles

    • Magnitude of change in Momentum for a projectile

    • Angle of a projectile after covering some distance

    • A player kicking football and another catching it

    • Velocity of a projectile after some time of launch

    • Ball projected horizontally from a height

  • 0704. Projectile Motion, Part-416:29

    In this lecture, a student will learn

    • Touchdown velocities of two projectiles, thrown from a height

    • Range of particle thrown from height and aiming at a particular point

    • Projectile striking the ground at an angle

    • Angle between velocity vectors before and after reaching zenith

    • Projectile Motion in 3D

    • Magnitude of change in Momentum of a projectile

Requirements

  • Basic Mathematics, kinematic equations, basic physics

Description

This course on Kinematics of Motion offers an in-depth and structured exploration of motion in one and two dimensions, with special emphasis on projectile motion and advanced applications frequently asked in competitive and school-level examinations. The course is designed to strengthen conceptual clarity while developing strong analytical and problem-solving skills.


A major portion of the course is dedicated to projectile motion, where you will study the geometry of motion through trajectory equations, zenith (maximum height), time of flight, and horizontal range. Special problem types such as same height and same range cases are explained with clear reasoning and shortcuts. You will also learn how motion changes with variation in the angle of projection, helping you compare different projectiles under identical conditions.

The course further covers important drop equations used in vertical motion and their applications in real-life scenarios. You will solve challenging aircraft-related problems, including bombing and supply-drop cases, using relative motion concepts. Classical problems like the book–table–ramp system are explained step by step to connect theory with physical intuition.

Advanced and exam-oriented topics such as the tank leaking problem, juggler problems, ball on steps motion, and motion during the last (m) seconds of a journey are treated in a clear and systematic manner. Each topic focuses on understanding the physics behind the equations rather than rote learning.


By the end of this course, students will be confident in tackling complex kinematics problems with accuracy, speed, and logical clarity—skills essential for success in physics examinations and beyond.


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.


Who this course is for:

  • For students who have physics as a subject. For students intending to appear for competitive exams like NEET, JEE, SAT, AP Physics, etc

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