This resource is a selection of periodic tables at different levels of completion. Challenge your students by asking them to complete the periodic table in a set time or simply use it as a memory retrieval technique.

I use this resource on fullerenes and graphene as a back up in case of IT failures. This is normally a great lesson or homework for students to do some of their own research. It is such a new part of science that the applications of the technology are changing all the time. The fullerenes and graphene resource links in with the previous covalent bonding resources in the AQA GCSE Chemistry ‘Structure, bonding, and the properties of matter’ topic in paper 1. The resource includes: Information sheet (Fullerenes and graphene) Worksheet (Fullerenes and graphene) Answer sheet (Fullerenes and graphene)

This 6 mark question is a great way to assess if students have understood the fundamentals of states of matter. I use this states of matter resource with my GCSE students as part of the AQA GCSE Chemistry course. The resource comes with an answer sheet including examiners guidance.

I use this resource on giant covalent structures with my Y9 and Y10 students. The resource is excellent for students learning about the differences between diamond and graphite. The resource also introduces students to the term allotrope and readies them for learning about fullerenes and nano technology. I use the giant covalent resource as part of the AQA GCSE Chemistry ‘Structure, bonding, and the properties of matter’ topic in paper 1. The resource includes: Information sheet (Giant covalent structures) Information sheet (Diamond v Graphite) Information sheet (Allotropes) Worksheet (Giant covalent structures) Worksheet (Diamond v Graphite) Answer sheet (Giant covalent structures) Answer sheet (Diamond v Graphite)

This empirical formula resource contains an information sheet that explains how to calculate the empirical formula of a substance; a question sheet; and accompanying answer sheet. I use this with my OCR Chemistry A year 12 class but it is also suitable for GCSE courses that cover empirical formula. This could be used to extend students as part of the AQA GCSE Quantitative chemistry topic.

This resource defines the relative atomic mass of an element and also describes to students how to calculate the relative atomic mass. The resource includes an information sheet and question sheet for practice. The great thing is that students can check their answers against the relative atomic mass displayed on the periodic table. A good resource for GCSE students and a good starter or reminder for A Level students. I use this resource as part of the AQA Chemistry, Quantitative Chemistry topic.

Ionic equations - I use these resources in the third lesson of a series of lessons on the AQA GCSE Chemistry ‘Chemical changes’ topic in paper 1. Students typically find this challenging and I find lots of practice is the way to go. The solubility rules are not needed for AQA GCSE Chemistry but it is useful for extending the more able or even to use with other exam boards. The Ionic equations resource includes: Information sheet (Ionic equations) Information sheet 1 (Solubility) Information sheet 2 (Solubility) Worksheet (Ionic equations) Worksheet (Solubility) Answer sheet (Ionic equations) Answer sheet (Solubility) The common ions information sheet is useful to use alongside this lesson.

Group 7 (Halogens) is the 10th resource in a series of lessons for the AQA GCSE Chemistry ‘Atomic structure and the periodic table’ topic in paper 1. This halogens resource can be used across KS3 to extend, KS4, and KS5 as a reminder. This Group 7 resource can be used along side an IT lesson where students can do further research. The resource includes: Information sheet (Group 7 - Halogens) Worksheet (Group 7 - Halogens) Answer sheet (Group 7 - Halogens)

This balancing equations differentiated resource is great as a starter for more able students or the main activity for another lesson. The resource contains a balancing equations information sheet for students to keep as a reference. In addition there are three different balancing equations worksheets that allow students to try balancing equations with 3, 4, 5, or 6 different elements. Complete with answer sheet.

This Hess’ Law resource includes: Summary sheet - Hess’ Law Question sheet - Hess’ Law Answer sheet - Hess’ Law Solutions sheet - Hess’ Law I use these resources with my Y12 students as a summary lesson as part of the Enthalpy topic in the OCR Chemistry A course. Students value the calculations displayed on the solutions sheet to help them see where the answer comes from.

I use this metallic bonding resource as part of the AQA GCSE Chemistry ‘Structure, bonding, and the properties of matter’ topic in paper 1. The resource includes a differentiated worksheet on drawing metallic bonds, an information sheet, question sheet and all associated answer sheets. These resources can even be used as a reminder for A Level chemistry students.

I use this working scientifically resource as part of the AQA GCSE Chemistry course to help students identify independent, dependent, and control variables for different scientific investigations. The resource has 21 scientific scenarios where the students have to deduce the different variables. This is an excellent chance to bring literacy into a lesson too. The resource contains: 1 x Information sheet 1 x Question sheet 1 x Answer sheet

This resource on concentration of solutions takes students through the definition of solvent, solute and solution, and then demonstrates how to calculate the concentration of a solution. The resource contains an information sheet with accompanying question and answer sheets. I use the resource with more able KS3 students but mainly with GCSE students. I use the resource as part of the AQA GCSE Chemistry Quantitative Chemistry topic.

I use this simple molecules resource as part of the AQA GCSE Chemistry ‘Structure, bonding, and the properties of matter’ topic in paper 1. The simple covalent molecules resource is best used after 2.6 Covalent bonding worksheet. The simple molecules resource provides students with information and then a worksheet to test their understanding. There is also a guide to dot-and-cross diagrams of simple molecules and how to approach drawing them. This resource includes: Information sheet (Simple molecules) Worksheet (Simple molecules) Answer sheet (Simple molecules) Information sheet (How to - drawing dot-and-cross diagrams)

This checklist is a great resource for students to reflect on their learning and identify areas that need further work. I would suggest students use it along side an end of topic test or mock exam in order to pick up their weaknesses.

This resource contains two word searches; one for atomic structure and the other for the periodic table. Both resources come with questions and an indication of how many letters are in the answer, the answer is then located amongst the words. I use this resource with my GCSE students. Primarily I use it as a revision tool but it can be useful to support the less able too. The questions are modeled around the AQA GCSE Chemistry specification but would be suitable for all GCSE Chemistry courses.

This titration 6 mark exam question is a great resource to assess students understanding of a titration. I use it as part of the AQA GCSE Quantitative Chemistry topic or sometimes in the AQA GCSE Chemical Changes topic. The resource is a common question frequently asked in AQA GCSE Chemistry paper 1. There is an accompanying information sheet that students can use a reference resource too. This could also be used as an A Level starter or memory retrieval question.