A lesson all about the Earth’s changing atmosphere CC17b. Starter questions and video links embedded in the lesson. Some activities link to the Pearson Edexcel combined science textbook

Lesson all about catalysts. The standard demos e.g elephant toothpaste and the relevant theory linked to catalysts. Also includes video links to relevant videos and tasks linked to the Pearson Edexcel combined science book text book if you have it.

Catalyst lesson for a foundation set. Includes a simple practical where you can compare the effectiveness of catalysts by measuring “height of bubbles”. Refer to CLEAPSS for all practicals you plan before you carry out with students.

A tip top lesson on the lovely alkanes. Introduction to everyone’s favourite homologous series. Suitable for a single lesson. contains video links and an extension data analysis activity they can have a go at. Graph paper at the ready!

Get to grips with alkanes. A theory lesson aimed at the foundation level Gd 1-5. Lots of clear diagrams and opportunity to practice of the knowledge.

Intro to the theory behind fractional distillation. Includes a challenging starter activity. Video links to relevant videos. Main class activities and an exam style question for students to get their teeth into. Enjoy!

Introduction to the halogens good for mid to high set. Includes a starter activity (alkali metals) to get them going then a data analysis exercise where they plot the boiling point of each halogen against its period number (print off the data from the slides and blu tac it on the walls) and then predict the properties of astatine. Also includes the theory behind hydrogen halide formation if you have time.

Gp 7 halogen displacement reaction.s Includes results table you can print off. and analysis questions at the end also includes how to write word and symbol equations. Handy if you have the Pearson textbook for some extension work but not essential.

Noble gas lesson with some bonus sheets thrown in!. Aimed at the mid -top end of the spectrum.

A lesson focusing on constructing the correct word/symbol equations when a metal oxide reacts with one of the 3 main acids - nitric, sulfuric. hydrochloric - also includes a starter activity that teaches students to spot an acid/bas just by looking at the formula. Extension task included - linked to Pearson Combined Sci book if you have them (though rest of the lesson can be taught without further resources.

A great little lesson that covers the main bonding types or as I call them “the MIGS” - metallic/ionic/giant covalent/simple covalent, Contains starter and main activities. Main task can be linked to page 192 of the Pearson combined science textbook but could easily be adapted with whatever textbook you have

Note: your own risk assessment must be carried out before trying this practical with students. This practical lesson is a step by step way to make a soluble salt (in this case sodium chloride). Includes equipment checklist and method as well as theory behind the method and questions at the end of the lesson

A lesson focused on metal carbonate / acid reactions. Theory, practical and analysis questions included. Aimed at grades 4-6. Your own risk assessment must be done!

A lesson focused on acid/metal reactions both word equations and symbol equations. Plenty of practice activities for students to have a go at. Includes a starter activity and a tricky final question.

lesson focusing on solubility for GCSE level. Straightforward practical included. Results table, typical results included + practical instructions Please complete your own risk assessment

Lesson showing how to balance equations using mass data. Includes a starter question to!. Best to use with questions from the textbook you use or worksheets you have from your scheme of work. The power point focuses on the method of how to tackle these types of question.

Reacting mass calculations - without using moles. A useful lesson for those who struggle to grasp using moles at GCSE. Perhaps a good starting point for a mid level set. Includes presentation and practice questions.

Theory and straightforward practical linked to ores and metal extraction via reduction. In this case copper from copper oxide.

Simple lesson with practical for explaining displacement reactions. Focused on the foundation lesson.

Lesson based on ore extraction with a straightforward practical - reducing copper oxide with carbon. Suitable for a mid range set,