Activity 01
Pairs: Push-Pull Sort
Provide objects like balls, strings, and toys. Pairs push items away and pull them back, then sort photos of actions into push or pull categories. Discuss differences in a quick share-out.
Differentiate between a push and a pull.
Facilitation TipDuring the Push-Pull Sort, circulate and ask each pair to show one push object and one pull object, listening for the words they use to describe direction.
What to look forGive each student a card with a picture of an everyday object (e.g., a door, a toy car, a ball). Ask them to write one sentence explaining if it is moved by a push or a pull, and one sentence about how a stronger push would change its movement.
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Activity 02
Small Groups: Speed Ramp Challenge
Build ramps with books. Groups test gentle versus strong pushes on toy cars, measure distances with rulers, and record which goes farther. Compare results across groups.
Explain how pushes and pulls are used in everyday activities.
Facilitation TipIn the Speed Ramp Challenge, move between groups to prompt fair testing: ask how they will keep one variable the same while changing another.
What to look forHold up two different objects, one that is easily pushed (like a light box) and one that is easily pulled (like a rope). Ask students to point to the object that best demonstrates a push and the object that best demonstrates a pull, explaining their choices.
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Activity 03
Whole Class: Force Demo Circle
Sit in a circle with a soft ball. Teacher demonstrates pushes and pulls; class predicts outcomes, then tries passing with varying force. Chart observations on a shared board.
Analyze how a push can make an object move faster or slower.
Facilitation TipIn the Force Demo Circle, invite students to add their own examples after each demonstration to build a shared class bank of evidence.
What to look forAsk students: 'Imagine you are playing with a toy car. How can you use a push to make it go faster? How can you use a push to make it change direction?' Listen for explanations that connect force strength and direction to movement changes.
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Activity 04
Individual: Everyday Forces Hunt
Give clipboards. Students draw or label three classroom pushes and pulls, like closing books or pulling chairs. Share one example with the class.
Differentiate between a push and a pull.
Facilitation TipDuring the Everyday Forces Hunt, provide clipboards and pencils so students can record and sketch their finds, then share two examples with the class.
What to look forGive each student a card with a picture of an everyday object (e.g., a door, a toy car, a ball). Ask them to write one sentence explaining if it is moved by a push or a pull, and one sentence about how a stronger push would change its movement.
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Generate Complete Lesson→A few notes on teaching this unit
Start with hands-on sorting to anchor vocabulary, then move to simple experiments that isolate one variable at a time. Keep language consistent—use “push away” and “pull closer” to avoid confusion. Avoid over-explaining; let students test and talk first, then guide with targeted questions.
Children will confidently label pushes and pulls, predict how force strength changes speed, and explain how direction alters an object’s path. Clear talk and movement mark successful learning.
Watch Out for These Misconceptions
During Push-Pull Sort, watch for students who label all actions the same because they overlook direction.
Ask each pair to hold up their push object and say, ‘This moves away from my hand,’ then do the same for their pull object, ‘This moves toward my hand.’ Repeat until both words are used correctly.
During Speed Ramp Challenge, watch for students who think a harder push always means the ball goes farther regardless of surface.
Have them test the same push on different surfaces and ask, ‘Where did the ball stop sooner?’ Then guide them to conclude that friction changes how far the ball rolls.
During Force Demo Circle, watch for students who assume only people create forces.
Demonstrate a rolling ball hitting another ball and ask, ‘Who pushed this one?’ Guide the class to name the first ball as the pusher, showing forces can come from objects too.
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