William tried the home LEGO STEAM challenge which was on the school newsletter. His LEGO car was powered by a balloon. He had great fun and discovered that his car would move on the wooden floor but not on the carpet. Well done William!! Click on the links to watch the videos.
All Saints Church School Curriculum
Since our STEAM initiative began in Spring 2019 we have worked closely together as a staff to ensure our curriculum for our children continues to be broad and balanced but at the same time enriched with life skill opportunities and learning skills. Last year gave us time to focus on how we want to continue to mould our curriculum. The intent being to ensure we deliver a curriculum that is specific to the needs of our all our children within our given educational setting. We are all looking forward to Miss Daniel leading our outdoor learning in our forest area this year; this will be linked to existing topics and STEAM. Each class will have time designated for this throughout each half term.
Moving Mark Making Machine
Make an easy catapult.
You will need:
a sturdy cardboard tube
a large hair elastic
a wooden spoon
a projectile of your choice
Keep a look out in your recycling bin for a sturdy cardboard tube.
Loop the hair elastic over the cardboard tube twice. Find the spot where the hair elastic crossed over and makes a X. With the wooden spoon perpendicular to the cardboard tube, insert the handle of the wooden spoon under the X, and slide through until approximately half way.
And now you have a basic lever catapult! The next step is to find a projectile. A scrunched up piece of paper, held together with an old elastic band, makes a great soft projectile for indoors.
Eplore: How can you make the projectile go higher? Further? Can you create a goal and score using the catapult? Do heavy or light objects fly further? Why?
Our catapult is actually a lever. A lever is a simple machine, consisting of a beam (which, in this case, is the handle of the wooden spoon) connected at a fixed point (created by the elastic band) to a pivot or fulcrum (the cardboard tube). A seesaw is a classic example of a lever, with the fulcrum in the middle point.
Levers affect the force, or effort, needed to lift something. By varying the distances between the force, the fulcrum and the load (which, in our case, is the projectile), the amount of effort to lift the load can be decreased, making the job easier (and the projectile fly higher).
February Home Challenge
What is the tallest structure you can make using one pack of playing cards?
Extension: What else can you build with playing cards?
Please email your home challenges to email@example.com
January Home Challenge
Can you make a Pringle Ringle?
Well done to everyone who succeeded.