Detailed notes for the A-Level Chemistry student on Enthalpy (32 A4 Pages). Can also be used by a teacher for refreshing their knowledge or to gain some examples to use with their students. These notes have been on the most part HAND WRITTEN and SCANNED IN, HOWEVER there are a few typed pages at the end. Includes: -Definitions -Enthalpy diagrams and interpretation -Enthalpies of Combustion and Formation -Enthalpy of Neutralisation -Experimental Measurement of Enthalpy Changes (includes calculations, explanations of variations in results and a hand-drawn diagram -Measuring enthalpy changes for reactions in solution (with method and worked calculation) -Hess’s Law and Calculation of Enthalpy (lots of examples and calculations and different methods of calculation using cycles) -Average bond enthalpies -Entropy -Thermodynamic vs Kinetic Stability -Suggested resources (links to videos and websites etc.)

A list of electrical safety hazard symbols and their meanings for students to refer to during GCSE electronics or any Physics topic in GCSE Alternatively you could purchase the other lesson in the store ‘Introduction to WJEC GCSE Electronics’ which includes this resource

This introductory lesson to the WJEC Eduqas Electronics course goes over how the course is structured, rules and expectations. Electrical safety hazard symbols from my store has now been packaged into this lesson.

A3 Poster Summary of Atomic Structure for A Level students - also probably useful for GCSE (Higher papers). Great to laminate and put around your classroom or science department. Enjoy! -The Titration Technique (and associated calculations and definitions) -Periodic Table, States of Matter and Bonding (with definitions) -States of Matter -Allotropes -Electronegativity -Why water expands when cooled -Notes expanded from the mind map -Useful links to websites and videos

This is a chemistry lesson focused on properties of simple, giant ionic and giant covalent bonds. It will require a bit of teacher led input (there isn’t a powerpoint) but the lesson should be pretty straightforward, make sure you have access to water, salt and a power pack for a practical demo on conductivity. Bonne chance!!

Contents Complete with interview lesson plan, this lesson was originally developed for Section C1 of the now discontinued ‘Science A’ AQA Specification for Year 10 Core Exams, however this is still in the specification for the new 9-1 Chemistry (triple) exam, particularly higher tier. Learning Objective • To explain how polymers are made from monomers and the difference between alkanes and alkenes. Differentiated for learners: All students will be able to recognise the primary difference between an alkene and an alkane and know the difference between a monomer and a polymer Most students will be able to describe how a polymer is formed and how to show this using structural formulae Some students will go even further and be able to express some of the complex environmental issues surrounding the production of polymers and how these can be resolved. Notes The lesson can be pulled off in as little as 50 minutes with good pace but has enough material for more. You will require the ‘coloured card’ method of using various coloured cards with letters on them (A, B, C or D) to match appropriately with the quiz questions. The sea of colours helps to quickly identify any students who don’t understand, and demonstrate to the observer that progress is being made.

This lesson is aimed for a double lesson, but can be amended as necessary. Students recently completed a series of lessons on diabetes. This lesson is a required practical covering food tests. It will be written up in their lab books.This is ‘Required Practical 4’. LOs: (We are learning …) • How foods can be classified • What a positive test looks like for each of the food types • How to carry out qualitative tests to detect the presence of sugars (Benedict’s Test), starch (Iodine Test), proteins (Biuret Test) and lipids (Sudan III Test) Literacy Objective: • To apply key terms in order to write up a scientific investigation; reducing sugars, glucose, starch, positive/negative test result, iodine, biuret, lipids Ideally for this resource you should have access to Kerboodle. I have not included these worksheets for copyright reasons but you can access these through your school to obtain the differentiated practical sheets. Alternatively, you may use the standard AQA one in their official required practical booklet, freely downloadable on their website. Credit for the methods and photos to CGP Books, from where the scanned images and answers were obtained.

Students will learn how to read schematic diagrams as opposed to just traditional circuit diagrams. They will learn how to infer voltage from given questions. They will learn how to interchange between traditional circuit diagrams and schematic diagrams. They will finish with an exam question originating from the exam board. Opportunities for self/peer assessment are within the lesson. A link to a relevant video is within the lesson.

This resource follows a storyline, going through worked examples of calculating masses of substances using balanced equations. It covers quantitative chemistry very methodically using simple broken down steps with two example questions. This is suited to a class being introduced to quantitative chemistry at Higher / ‘Triple’ level GCSE Chemistry or AS-Levels. It is also suited to any other qualification and may be adapted to an interview lesson. A ‘Balancing Equations’ lesson and calculating Relative atomic mass, as well as calculating mass from no. of moles, vice versa and what moles are, should be TAUGHT BEFORE this stage. An example of the lesson being taught is shown in the link below; https://www.youtube.com/watch?v=mrCSp_3qmts&list=PLZBsktNjKXH3b33pnxxdMDIDnUaQrc3Gt&index=8&ab_channel=NASSAfellow

This lesson allows students to explore the different functions of components they may come across during the electronics course, and as such is more detailed than Physics GCSE. It took me a long time to make this resource since no one has made this kind of resource before. Hence the price. It features everything from the potentiometer to the LDR and simple lamp. It is a very student led lesson with teacher guidance. It makes things very easy for a teacher to deliver. It requires access to the internet. Worksheets can be sent to students so they fill these in directly due to covid etc. As is standard practice with lessons, always check you are happy with the video resource before showing it to students. So no complaints on this please Video used is: https://www.youtube.com/watch?v=OEL5laB3hfU It has: Starter Short - CAPTURE INTEREST - video clip Activity (bulk of lesson) Answers to this activity Match up mini plenary Answers to this Exam question (taken from actual WJEC paper) Answers to this. A worksheet and its filled out form is detailed inside with occasional tips on each slide. This is a 50-60 minute lesson. Enjoy your lesson, please rate and review :)