This comprehensive curriculum will provide your class with a deep understanding of the fundamental concepts of forces, friction, motion, spinning, inertia, and Newton's laws of motion.
Following this 29 minute video, 18 x short form videos & student experiments & activities, your students will be able to:
> Describe that forces can involve a push or a pull.
> Know that to move any object forces needed to be unbalanced.
>Explain that inertia describes two things:
- That an object will stay at rest forever until you push or pull it with enough force.
- That object will keep moving in a straight line forever until another force acts upon it to change its direction or slow it down.
> Detail how friction can be changed by the amount of force between objects and the amount of contact between the objects.
> Know that spinning objects will continue to spin at the same angle until another force acts on it.
> Explain that spinning objects will spin faster if more mass is moved to the centre of the object.
Curriculum links across Australia, USA, Canada & New Zealand (see below for specific linkages)
> Australian Curriculum
> NSW Science Syllabus
> Victorian F - 10 Science Curriculum
> US Next Generation Science Standards
> The Ontario Curriculum
> The New Zealand Curriculum
Includes 9 printable experiments to run in class plus student quizzes, a sample marking rubric, scope & sequence, cross-curricular teaching ideas, student project ideas, common student misconceptions to be aware of as well as Australian, USA, Canadian & New Zealand curriculum outcomes, crossword, word search, experiment templates and a risk assessment template.
Optional materials to have on-hand include string, a cup, metal washers, egg, cardboard roll, glass, cardboard, marshmallows, spaghetti, masking tape, tissue box, beads, rice, pencil, PET bottle, 2 phone books or old books that you don't mind using, film canister, vinegar, bicarbonate soda, spoon & water.
If you are looking for content on energy transformations, this is contained in the Renewable Energy Unit and the Electricity & Magnetism Unit