Skip to main content
Super TutorResources
Chapter 9 of 30
Chapter Summary

Motion in a Plane — Chapter Summary

ICSE · Class 11 · Physics

Summary of Motion in a Plane for ICSE Class 11 Physics. Part of the ICSE Class 11 Physics syllabus. Motion in a plane deals with quantities that need both.

44 questions42 flashcards11 formulas & key relations5 concepts

Interactive on Super Tutor

Studying Motion in a Plane? Get the full interactive chapter.

Quizzes, flashcards, AI doubt-solver and a step-by-step study plan — built for chapter summary and more.

Try Super Tutor — Free

Free trial, no card needed.

A comparison chart defining scalar and vector quantities, listing examples of each, and highlighting their key differences (magnitude only vs. magnitude and direction).
Super Tutor

Learn better with visuals Super Tutor pairs illustrations like this with notes and quizzes for Motion in a Plane.

Overview

Motion in a plane deals with quantities that need both magnitude and direction, so vectors become essential. Scalars such as mass, distance, time, speed, work, energy, power, charge, current, temperature, potential, specific heat and frequency are fully described by magnitude alone. Vectors such as

Key Concepts

These are physical quantities having only

These are physical quantities having only magnitude and no direction. They obey ordinary algebra for addition, subtraction, multiplication and divisio

These are physical quantities having both

These are physical quantities having both magnitude and direction and obey the triangle law or parallelogram law of vector addition.

A vector quantity with a well

A vector quantity with a well-defined starting point. Its sign reverses when coordinate axes are reversed. Examples include displacement, velocity, ra

A vector quantity described by

A vector quantity described by a plane at least, such as rotation. It is also called a pseudo vector, and its direction is given by the screw rule. Ex

A position vector is drawn from

A position vector is drawn from the origin to the object’s position. Displacement vector is the vector from initial position to final position and equ

Learning Objectives

  • Distinguish between scalar and vector quantities with correct examples.
  • Explain polar vectors and axial vectors.
  • Define position vector, displacement vector, zero vector and unit vector.
  • Add and subtract vectors using geometric laws.
  • Resolve a vector into rectangular components in two and three dimensions.

Frequently Asked Questions

What are the important topics in Motion in a Plane for ICSE Class 11 Physics?
Key topics in Motion in a Plane include Scalar and Vector Quantities, Types of Vectors and Basic Properties, Vector Addition and Subtraction, Unit Vector and Resolution of Vectors. Study these first, then practise questions on each for Class 11 exams.
How should I revise Motion in a Plane for Class 11 exams?
Learn the core ideas first, then work through the 44 practice questions on Motion in a Plane. Revise definitions regularly and use flashcards for quick recall before the exam.

Sources & Official References

Content is aligned to the official syllabus. Refer to the board website for the latest curriculum.

More resources for Motion in a Plane

All ICSE Class 11 Physics Chapter Summary

For serious students

Get the full Motion in a Plane chapter — start free.

Quizzes, flashcards, an AI doubt solver and a study plan for ICSE Class 11 Physics. Free to start, no card needed.

Try Super Tutor Free
Try this chapter free