We are experienced physics teachers who teach in prep schools preparing pupils for common entrance and scholarship exams. We aim to offer an increasing range of resources for this and basic GCSE levels. Many of the resources include graduated differentiation tasks to help you walk, jog and run to an outstanding lesson.
We are experienced physics teachers who teach in prep schools preparing pupils for common entrance and scholarship exams. We aim to offer an increasing range of resources for this and basic GCSE levels. Many of the resources include graduated differentiation tasks to help you walk, jog and run to an outstanding lesson.
A sequence of little experiments (although this does not have to be an experimental activity) you can use to asses the pupils ability to spot the different energies involved in some unusual transfers. Suitable for KS3, ISEB common entrance and middle school. Find more energy transfer work at https://www.tes.com/teaching-resources/shop/Hoppersphysics
covering use of the density and pressure formulae, one or two tricks like the man at a party when you are given the area of one of his feet and the calculation of an area and a volume. A nice quick start to a lesson, easy to peer mark or do from the board.
This is a handout to give to pupils while you work through density for Common entrance or ks3 with the different learning objectives and skills they will use clearly shown. Covering how to find the density of a block, a liquid and an irregular solid as well as what density is and floating as a density rule. There are graduated differentiation tasks included to help those who need more reinforcement as well as those who need stretching. Sorry you will have to provide your own lab equipment! If this pack is useful why not download one of our premium packs on tes resources?
https://www.tes.com/teaching-resources/shop/Hoppersphysics
Thoughts, comments and suggestions to hoppersphysics@sky.com
A prearranged density mandala to help pupils summarize the key density experimental methods as well as the rule of floating and the uses of density.
Suitable for common entrance.
The video here explains current in a parallel circuit. Good to review what happens with current splitting. More videos at the link below.
https://www.youtube.com/channel/UCtqU2gzKXwiDP4GpSZVlDCA
