Author of 'The Quick Guide to Classroom Management: 45 Secrets That All High School Teachers Need to Know' which is available at https://www.amazon.com/dp/1798536722/ Currently teaching IBDP and IGCSE Chemistry at an international school in Bangkok, Thailand. I'm originally from North Wales in the UK.
Author of 'The Quick Guide to Classroom Management: 45 Secrets That All High School Teachers Need to Know' which is available at https://www.amazon.com/dp/1798536722/ Currently teaching IBDP and IGCSE Chemistry at an international school in Bangkok, Thailand. I'm originally from North Wales in the UK.
These slide presentations cover all of the syllabus requirements for Edexcel IGCSE Physics Unit 1: Forces and Motion.
Topics covered include:
Unit conversions
Movement and position
Forces, movement shape and momentum
The slides will be applicable to other exam boards too.
This is a fun (and moderately challenging) crossword puzzle that would serve as an excellent starter, plenary or in-lesson activity for any radioactivity and isotopes class. This crossword tests students’ knowledge of:
Isotopic/atomic structure
The difference between alpha, beta and gamma radiation
Knowledge of the isotopes of hydrogen (i.e. deuterium and tritium)
Radioactive decay and half-life
The use of Uranium-235 as an electricity generating fuel
This is a lot of fun and my students loved it. If your kids have never learnt anything about the radioactivity and isotopes before, then you could provide the students with a summary to help them as they do the puzzle.
In this pack you get a PPTX (which you can edit), a pdf version and a png of the puzzle itself (in case you want to project it on your interactive whiteboard for students to fill in).
A very clear powerpoint presentation showing the ‘arrows in boxes’ electronic sub shell filling order from hydrogen to krypton. My students find this very helpful and it is useful when printed as a handout. It also shows clearly the incomplete 4s subshell in chromium and copper.
A powerpoint presentation all about the differences between small covalent molecules and giant covalent network structures. Can be used effectively as a handout. Students particulary enjoy the part about the allotropes of carbon