PD: Use a range of small tools, including scissors, paint brushes and cutlery
PD: Demonstrate strength, balance and coordination when playing
PD: Negotiate space and obstacles safely, with consideration for themselves and others
Resources: Scissors, glue and a camera
Core Handout: Push and pull picture cards are provided, which can be cut out before sorting.
Challenge Handout: Space is provided for children to draw or write pushes and pulls they have discovered.
Explain what push and pull mean. Encourage the children to think of examples of pushes and pulls.
In this activity, the children will learn about Newton's second law of motion. They will learn that the force required to move the toy car is proportional to the weight of the toy car. Engineers use this relationship to determine how much force they need to move an aeroplane. Have some examples of pushes and pulls needed on toys to show the children real examples.
Key Questions:
This can be done either in a large group or individually. Can any of these push/pull activities be tried in your classroom or outside? Think about how we can be safe when showing our push and pull knowledge. Discuss how we can be safe as we move around our classroom or garden. How can we care for one another as we move? As the children explore their environment, challenge them to think if their action is a push or a pull - take some photos as they explore to show in the plenary later.
Challenge Task: Use the extra handout to further challenge the children; can they draw or write about the items they explored when pushing and pulling?
Discuss the pushes and pulls the children had sorted. Which pushes and pulls did we recreate in the classroom? If you were able to, show the push/pull motions you were able to do in your classroom - can any of the children guess what they were?
Teacher Mastery
Engineers use their understanding of Newton's laws of motion when designing objects that move. Newton's second law states that the force required to move an object is proportional to the mass of that object. Engineers apply this relationship when designing aeroplanes; the heavier the aeroplane, the more force it requires to move. Creating a larger force requires more fuel, which is more expensive and harmful to the environment.
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