Relative Atomic Mass Calculation Worksheet

Double lesson including 2 worksheets planned to the AQA GCSE Chemistry and Combined Science specification. Includes all working out and answers to both worksheets including working out unknown bonds. Also part of the Energy changes lesson bundle.

Double lesson planned for the AQA GCSE Chemistry and Combined Science Specification. Includes a Required Practical worksheet including planning, method, risk assessment, data table, areas for graph drawing and analysis. Also part of the Energy Changes lesson bundle.

Lesson 1 for the Energy Changes topic. Planned to the AQA GCSE Chemistry and Combined Science Specification. Also part of the whole topic lesson pack.

Questions practicing balancing equations from moles. High level practice based on similar triple higher chemistry questions. Answers included.

Questions on reacting masses calculations designed for the aqa quantitative chemistry topic. Answers included

Calculations on moles and masses designed for the aqa quantitative chemistry topic. Answers included.

Questions on percentage mass for the AQA Quantitative Chemistry topic. Answers included.

Questions on relative formula mass including a support box for independent support. Answers included.

An introductory lesson into momentum before moving onto conservation of momentum in the next lesson. Includes basic momentum calculations and some that require rearranging. Also introduces multi-step calculations to stretch the understanding of higher ability students. Designed for students following the AQA Physics or Combined Science scheme of work in the Forces topic.

A lesson for a mixed ability group following the AQA Physics Scheme of Work on Forces - Centre of Mass. Includes some challenging questions towards the end to push grade 7-9 students and a practical to find the centre of mass of an irregular shaped object.

A lesson for mixed ability students following the GCSE Physics or Combined AQA scheme of work. First lesson in the Forces topic on Scalars and Vectors.

Planned to include all content for Combined Science + some triple science biology. Designed for students to be able to work through the powerpoint independently to test their knowledge. Could also be used by teachers as an in-class revision tool. Very large document with exam practice included.

A double lesson designed for the NEW AQA GCSE (9-1) specification. This contains part of the combined specification (National Grid) and triple specification (Transformers & Calculations). The lesson is very challenging but also includes some simplified tasks and walkthrough examples to support lower/middle ability. All resources needed for the lesson are included in the document.

A lesson planned for the new AQA GCSE specification (9-1). It forms part of the Electricity topic in Physics and includes all of the resources required including AC/DC, fuses, circuit breakers etc.

I have written these 30 practice questions to get students used to using and rearranging the equations required for the new GCSE AQA (9-1) specification. There is a large amount of differentiation within the lesson from very basic questions to questions that require students to use more than 1 equations to solve the questions. There is also practice on using significant figures, as this is generally an area of weakness for students in physics.

A complete lesson designed for the NEW AQA 9-1 specification. This lesson starts to look at the many equations that students need to know and memorise for the specification. As well as working on the equations and units, this lesson also include 30 practice questions that I have written to get students used to using and rearranging the equations. There is a large amount of differentiation within the lesson from very basic questions to questions that require students to use more than 1 equations to solve the questions. There is also practice on using significant figures, as this is generally an area of weakness for students in physics.

A full lesson planned for the NEW AQA GCSE specification. All resources needed are included within the powerpoint, which includes a step-by-step guide on calculating moles using mass and Mr. Also includes lots of practice with using the equation and rearranging. Some higher level work.