Generation Genius - Patterns of Motion and Friction

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Generation Genius - Patterns of Motion and Friction

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Vijo Gor

Germany

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Generation Genius - Patterns of Motion and Friction


Generation Genius - Patterns of Motion and FrictionOnline version Generation Genius - Patterns of Motion and Friction by Vijo Gor 1 Which definition best explains motion? a Motion is the speed of an object moving quickly b Motion is the process of an object moving or being moved c Motion is when an object changes color or shape d Motion is when an object stops moving 2 Which situation best shows a pattern of motion? a A car stopping suddenly at a red light b A rope moving up, over, and down repeatedly while jumping rope c A ball rolling once across the floor d A pencil falling off a desk one time 3 Why do repeating motions allow us to make predictions? a Because motion always stays the same b Because predictions only work with fast objects c Because repeated motion follows a recognizable pattern d Because objects choose predictable paths 4 Which type of motion best describes a pendulum? a A combination of up-and-down and forward-and-back motion b Random motion without repetition c Only straight motion d Only circular motion 5 A pendulum with a short string will usually: a Swing faster than a long pendulum b Swing more slowly than a long pendulum c Stop swinging immediately d Change direction randomly 6 Why do pendulums eventually stop swinging? a Because pendulums run out of energy instantly b Because gravity disappears c Friction resists motion and slows them down d Because motion patterns end naturally 7 Friction is best described as: a A force that works only on rough surfaces b A force that only affects heavy objects c A force that resists motion and slows objects down d A force that increases motion 8 Rubbing your hands together on a cold day makes them warm because: a Motion creates cold b Friction creates heat when surfaces rub together c Air resistance disappears d Your hands store energy automatically 9 Why did the car on the sandpaper track move more slowly? a Because the car was heavier b Because sandpaper creates more friction c Because the car used less force d Because gravity was stronger 10 Which surface would cause the most friction? a Ice b Rough sandpaper c An air hockey table d Smooth glass 11 Why do air hockey pucks slide so easily? a Because gravity is weaker b Because air reduces friction between the puck and table c Because motion patterns disappear d Because the puck is very heavy 12 Why are bowling lanes coated with oil? a To increase friction for better control b To make the ball heavier c To stop the ball more quickly d To reduce friction so the ball slides smoothly 13 Why do car tires have deep treads? a To make the car lighter b To increase friction and improve grip on the road c To make patterns more visible d To reduce air resistance 14 Which situation shows beneficial friction? a Shoe treads helping you not slip while walking b A spilled grease floor causing someone to slip c Air resistance slowing an airplane d A pendulum slowing down 15 Air resistance is: a A pattern of motion b A type of friction caused by air rubbing against objects c A force that only works on airplanes d A type of gravity 16 Why are airplanes designed with smooth, pointed shapes? a To change motion patterns randomly b To increase friction with air c To reduce air resistance and move more efficiently d To make them easier to see 17 Which statement best summarizes the lesson? a Only pendulums show patterns of motion b Friction always helps objects move faster c Motion happens randomly and cannot be predicted d Repeating motion creates patterns we can use to predict outcomes, and friction resists motion

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Generation Genius - Patterns of Motion and Friction

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About this activity

Created by

Download the paper version to play

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Generation Genius - Patterns of Motion and FrictionOnline version

by Vijo Gor

Which definition best explains motion?

Which situation best shows a pattern of motion?

Why do repeating motions allow us to make predictions?

Which type of motion best describes a pendulum?

A pendulum with a short string will usually:

Why do pendulums eventually stop swinging?

Friction is best described as:

Rubbing your hands together on a cold day makes them warm because:

Why did the car on the sandpaper track move more slowly?

Which surface would cause the most friction?

Why do air hockey pucks slide so easily?

Why are bowling lanes coated with oil?

Why do car tires have deep treads?

Which situation shows beneficial friction?

Air resistance is:

Why are airplanes designed with smooth, pointed shapes?

Which statement best summarizes the lesson?