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Chapter 7 of 13
Concept Maps

Work, Energy, and Simple Machines — Concept Maps

CBSE · Class 9 · Science

4 concept maps of Work, Energy, and Simple Machines for CBSE Class 9 Science, each also written out as a text outline.

80 questions80 flashcards8 formulas & key relations5 concepts

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A line graph showing distance on the Y-axis and time on the X-axis, depicting a straight line passing through the origin, representing uniform speed. Includes labels for calculating speed from the slo
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One of 4 illustrations for Work, Energy, and Simple Machines in Super Tutor — alongside flashcards, concept maps and practice questions.

4 Concept Maps

Distance vs Displacement: The Correct Decision Path

Distance vs Displacement: The Correct Decision Path

The map in words

  • Object Moves from Start to Finish
    • B
      • Yes - full return: C
        • G
          • J
  • to
  • Distance
  • one
  • and
  • D
    • Yes: E
      • H
  • Both
  • reversed
  • than
  • positive
  • equals
  • F
    • I
  • zero
  • Displacement
  • from

Motion - Complete Chapter Concept Overview

Motion - Complete Chapter Concept Overview

The map in words

  • Motion
    • Describing Motion
      • Reference Point
        • Origin
        • Position
      • Distance
        • Total Path Length
        • Scalar Quantity
      • Displacement
        • Shortest Path
        • Vector Quantity
        • Can Be Zero
    • Types of Motion
      • Uniform Motion
        • Equal Distance
        • Equal Time Intervals
      • Non-Uniform Motion
        • Unequal Distances
        • Equal Time Intervals
      • Circular Motion
        • Uniform Circular
        • Changing Direction
    • Rate of Motion
      • Speed
        • Distance per Unit Time
        • SI Unit ms
        • Scalar Quantity
      • Velocity
        • Displacement per Unit Time
        • Direction Specified
        • Vector Quantity
      • Average Speed
        • Total Distance
        • Total Time
      • Average Velocity
        • Initial plus Final Velocity by 2
    • Acceleration
      • Change in Velocity
      • Per Unit Time
      • SI Unit ms squared
      • Uniform Acceleration
        • Equal Velocity Change
        • Equal Time Intervals
      • Non-Uniform Acceleration
        • Unequal Velocity Change
    • Graphical Representation
      • Distance-Time Graph
        • Time on X Axis
        • Distance on Y Axis
        • Slope Gives Speed
        • Straight Line Uniform
        • Curved Line Non-Uniform
      • Velocity-Time Graph
        • Time on X Axis
        • Velocity on Y Axis
        • Area Gives Displacement
        • Slope Gives Acceleration
    • Equations of Motion
      • v equals u plus at
      • s equals ut plus half at squared
      • v squared equals u squared plus 2as
    • Real World Examples
      • Freely Falling Body
      • Car Braking
      • Planets Orbiting
      • Athlete Running

Chapter 7 Motion – Complete Concept Map

Chapter 7 Motion – Complete Concept Map

The map in words

  • Motion
    • Describing Motion
      • Reference Point
      • Distance
        • Scalar
        • Total Path Length
      • Displacement
        • Vector
        • Shortest Distance
    • Types of Motion
      • Uniform Motion
        • Equal distance equal time
      • Non-Uniform Motion
        • Unequal distance equal time
      • Uniform Circular Motion
        • Constant speed circular path
    • Rate of Motion
      • Speed
        • Distance per unit time
        • Scalar
      • Velocity
        • Displacement per unit time
        • Vector
      • Acceleration
        • Change in velocity per unit time
        • m per s squared
    • Graphical Representation
      • Distance-Time Graph
        • Horizontal line for rest
        • Straight slope for uniform
        • Curve for non-uniform
      • Velocity-Time Graph
        • Horizontal for uniform velocity
        • Straight slope for uniform acceleration
        • Area gives displacement
    • Equations of Motion
      • v equals u plus at
      • s equals ut plus half at squared
      • v squared equals u squared plus 2as

Work, Energy, and Simple Machines

Work, Energy, and Simple Machines

The map in words

  • Work, Energy, and Simple Machines
    • Work
    • Energy
    • Work-Energy Theorem
    • Mechanical Energy
    • Kinetic Energy
    • Potential Energy
    • Gravitational Potential Energy
    • Power

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Frequently Asked Questions

What are the important topics in Work, Energy, and Simple Machines for CBSE Class 9 Science?
Key topics in Work, Energy, and Simple Machines include Work Done by a Constant Force, Work-Energy Theorem and Kinetic Energy, Potential Energy and Mechanical Energy, Power. Study these first, then practise questions on each for Class 9 exams.
What do the concept maps for Work, Energy, and Simple Machines show?
The 4 maps show how the ideas in Work, Energy, and Simple Machines connect: Distance vs Displacement: The Correct Decision Path; Motion - Complete Chapter Concept Overview. Each map is also written out as an outline on this page.
How should I revise Work, Energy, and Simple Machines for Class 9 exams?
Learn the core ideas first, then work through the 80 practice questions on Work, Energy, and Simple Machines. 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.

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