Top 5 Videos on Motion in a Plane by Physics Wallah For NEET

Solving two-dimensional motion problems requires you to track horizontal and vertical components while accounting for changes in direction and velocity. Projectile questions involve quantities such as range and maximum height, while relative motion problems require you to compare the velocities of moving objects. Circular motion adds angular quantities and centripetal acceleration to the mix, making it important to identify the right concepts before beginning a calculation.

Physics Wallah offers YouTube videos to help you approach these topics through detailed explanations, quick revision, worked examples, and application-based questions. You can begin with a full-chapter lecture, revisit specific concepts through focused sessions, or choose a shorter revision video before a mock test. Each lesson offers a different way to strengthen your understanding and practise solving NEET Physics problems.

Video 1. Learn Motion in a Plane From Basics to Projectile Motion

This full-chapter lecture introduces motion in two dimensions before developing projectile motion, range, maximum height, and the equation of trajectory. It also covers relative motion in two dimensions, including applications such as the rain-man problem. The progression from fundamental ideas to practical examples helps you understand how different concepts connect throughout the chapter.

Choose this lecture when you are learning the chapter for the first time or need to revisit the concepts in detail. Keep the Motion in a Plane NEET notes handy to review important formulas and solved examples alongside the lesson.

Video 2. Revise Motion in a Plane in 37 Minutes

This fast-revision lecture covers two-dimensional motion, projectile motion, relative motion, and circular motion in a compact session. Its chapter-wide approach helps you revisit the main ideas without spending as much time as you would on a detailed lecture. It is particularly useful for refreshing concepts you have already studied.

The Motion in a Plane formula sheet covers key equations used in projectile and circular motion, helping you recall the relevant relationships while revising the topics discussed in this lecture.

Video 3. Practise Circular Motion Through Real-World Applications in 60 Minutes 

The lecture begins with relative motion and examples involving rain and river-swimmer situations. It then explains circular motion through angular quantities, centripetal and tangential acceleration, and uniform and non-uniform motion. Additional applications include pendulums, cyclist bending, apparent weight, rotating bowls, and the Death Well problem.

Choose this video after learning the basic theory if you need more exposure to application-based questions. Pay attention to how the physical situation determines the direction of velocity and acceleration, particularly in turning and circular-motion problems. Working through different examples can help you recognise the relevant concepts when a question is presented in an unfamiliar way.

Video 4. Strengthen Projectile Motion With Worked Examples in 84 Minutes 

This lesson explains how two-dimensional motion can be analysed through independent horizontal and vertical components. It covers vector components, direction of motion, final velocity, force, acceleration, and trajectory. The projectile-motion section includes time of flight, maximum height, range, complementary angles, speed at the highest point, and momentum change, with examples addressing common conceptual errors.

Use this session when you need to improve your approach to component-based numerical questions. Practice the Motion in a Plane MCQs on vectors, projectile motion, and circular motion to apply the concepts covered in the lecture and identify areas that need more practice.

Video 5. Revise Vectors, Relative Motion, and Circular Motion in One Shot

This quick-revision lecture revisits two-dimensional motion through vector components, resultant motion, direction, and trajectory. It also covers projectile motion, relative motion, river-man and rain-man applications, and circular motion. Stepwise solutions, derivations, and practice questions help connect the chapter's concepts with common NEET problem types.

Choose this session after completing a detailed lecture or when you want to review several topics before a test. Motion in a Plane NEET mind maps can help you revisit important formulas and see how vectors, projectile motion, and relative velocity relate to one another.

From resolving vectors to analysing projectile paths and circular motion, this chapter requires you to connect concepts with their practical applications. These five Physics Wallah videos offer detailed teaching, worked examples, focused applications, and quick revision for NEET preparation. Choose the sessions that match your learning needs, then practise numerical questions to identify gaps, improve calculation accuracy, and build confidence in solving two-dimensional motion problems.