step by step method for making crystals - kids love it!

fill in sheet to help with understanding of covalent bonding

fill in sheet

aims: To know the structure of the heart; To know the function of the heart; To complete a heart dissection. used before doing practical

fill in sheet

Aims: To know what a mass spectrometer is/does; To learn how to interpret data produced in mass spectroscopy.

a run through of the different types of extraction depending on the reactivity of the metal

ppt to go with food test practical

Pupils make glossary of keywords and then introduces punnet squares and genetic cross diagrams.

Includes everything you need to teach IB Covalent bonding at SL. Read more for details. Please see my other resources for the HL lessons. PowerPoints to guide you through each lesson: * Introduction to covalent bonding * Covalent structures * VESPR theory * Resonance, polarity and coordinate bonding * Giant covalent structures Practice questions and answers.

aims to explain how animals and plants are named and why it is necessary

A ppt revising key points, with activities. I use this with year 12 and year 13 before I move on to NMR.

Used with year 12 as an introduction to IR spectroscopy.

quick starter, plenary or h/w

a powerpoint presentation. Learning outcomes: To recognise why living organisms are grouped together; To know the names of the different ‘kingdoms’; To understand the issues surrounding the classification some organisms

Includes all the resources you need to teach HL covalent bonding. Please read more for details. Includes: PowerPoints which guide you through lessons on: * Sigma and pi bonds * Resonance and Formal charge * Expanded octet and VESPR threory * Hybridization Practice questions and answers.

Includes a checklist and revision exam questions for standard level and higher level 2016 onwards course.

starter worksheet to help new A level students learn the naming process

looks at properties, recycling and alloys includes activities

explains how to collect a gas for testing, depending on its density