Collisions in One Dimension

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4A Slides (Courtesy of Owen134866)

Elastic Collisions in One Dimension 2 • Two Particles Colliding • FM1 Ex4A • 🏅

Elastic Collisions in One Dimension 3 • Algebraic, and with Inequalities • FM1 Ex4A • 🏅

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• Dr Frost Slides 1-12

Extra Questions

• Dr Frost Questions

Key Skills

Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost

• 888b: Calculate the coefficient of restitution given two colliding particles.
• 888c: Calculate a velocity given two colliding particles and the coefficient of restitution. (not yet active)
• 888d: Determine a speed of a particle before and after a collision with another, using conservation of momentum and the coefficient of restitution.
• 888i: Determine the coefficient of restitution given the impulse of one particle on another it collides with. (not yet active)
• 888l: Determine the range of values for the coefficient of restitution given the direction of the particles after a collision. (not yet active)
• 888: Exam Practice: Elastic collisions in 1D

1961 The Absent Minded Professor Official Trailer 1 Walt Disney Productions

The Absent Minded Professor (clip)

The Absent Minded Professor (Original Flubber Film) Trailer and clip

Alternative Handouts

• Acute Learning Problem Pairs as PowerPoint or PDF

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• Bossmaths interactive 2×2 transformations and questions

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4B Slides (Courtesy of Owen134866)

Elastic Collisions in One Dimension 1 • Newton's Law of Restitution • FM1 Ex4A/B • 🏅

Elastic Collisions in One Dimension 4 • Bouncing Balls • FM1 Ex4B • 🏅

Live Lesson Using Dr Frost Based Slides Courtesy of Bicen Maths

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• Dr Frost Slides 13-17

Extra Questions

• Dr Frost Questions

Key Skills

Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost

• 888a: Determine the coefficient of restitution or a velocity given a single particle colliding with a wall.
• 888e: Determine the speed of a particle immediately before or after a collision with a smooth plane, given the coefficient of restitution.
• 888f: Determine the maximum height reached by a falling particle after bouncing, given the coefficient of restitution. (not yet active)
• 888: Exam Practice: Elastic collisions in 1D

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• Acute Learning Problem Pairs as PowerPoint or PDF

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• Bossmaths interactive 2×2 transformations and questions

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4C Slides (Courtesy of Owen134866)

Elastic Collisions in One Dimension 5 • Kinetic Energy • FM1 Ex4C • 🏅

Elastic Collisions in One Dimension 6 • Multiple Collisions • P1 Ex4D • 🏅

Live Lesson Using Dr Frost Based Slides Courtesy of Bicen Maths

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• Dr Frost Slides 18-20

Extra Questions

• Dr Frost Questions (very short)

Key Skills

Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost

• 888g: Determine the change in kinetic energy for a collision of a single particle.
• 888h: Determine the change in kinetic energy for a collision of two particles.
• 888j: Calculate the coefficient of restitution given the amount of kinetic energy lost in a collision. (not yet active)
• 888k: Calculate impulse given the amount of kinetic energy lost in a collision. (not yet active)
• 888: Exam Practice: Elastic collisions in 1D

Enrichment Video

Why colliding blocks compute pi

3Blue1Brown: Why colliding blocks compute pi

Alternative Handouts

• Acute Learning Problem Pairs as PowerPoint or PDF

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• Bossmaths interactive 3×3 transformations and questions

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4D Slides (Courtesy of Owen134866)

Elastic Collisions in One Dimension 6 • Multiple Collisions • P1 Ex4D • 🏅

Elastic Collisions in One Dimension 7 • Multiple Collisions, Spotting Patterns • FM1 Ex4D • 🏅

Elastic Collisions in One Dimension 8 • Distance Problems • FM1 Ex4D • 🏅

Elastic Collisions in One Dimension 9 • Distances to Walls, further example • FM1 4Mixed • 🎯

Elastic Collisions in One Dimension 10 • Multiple Vertical Bounces • FM1 Ex4D • 🏅

Live Lesson Using Dr Frost Based Slides Courtesy of Bicen Maths

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• Dr Frost Slides 20-27

Extra Questions

• Dr Frost Questions

Key Skills

Note all numbers are subject to change and will be updated once all key skills have been finished by Dr Frost

• 888m: Use Conservation of Momentum and Newton’s Law of Restitution for successive collisions of three particles.
• 888n: Determine the range of the coefficient of restitution given that a particle makes a subsequent collision with a third particle. (not yet active)
• 888: Exam Practice: Elastic collisions in 1D

Alternative Handouts

• Acute Learning Problem Pairs as PowerPoint or PDF

Online Platform

• Bossmaths interactive 2×2 transformations and questions

Worksheet & Activities

• MEI activities from old FP1

Whole Topic Videos

External whole topic past paper style questions

• WW Dr Frost Style QQQs (Version 1) Word Doc, PDF (Q’s Only) or PDF (Q’s & Sol.)
• WW Dr Frost Style QQQs (Version 2) Word Doc, PDF (Q’s Only) or PDF (Q’s & Sol.)
• Advanced Highers Matrices Exam Questions & Answers

Worksheets

• Jethwa Maths
  • 10 Minute Starters: Elastic Collisions in 1 Dimension
• Physics & Maths Tutor
  • FM1 Ch.4 Elastic Collisions in 1D: Questions by topic