GCSE Chemistry Calculations Masterclass Bundle: Presentation & Workbook

The complete, end-to-end teaching solution for mastering quantitative chemistry.

Moles, percentage yield, and concentration calculations are notoriously the most intimidating topics on the GCSE Chemistry specification. When students lack a consistent strategy, they panic. This comprehensive bundle combines front-of-class instruction with rigorous independent practice, ensuring your students approach every calculation with a calm, methodical, and proven strategy.

The Power of a Unified Approach:
By combining the Presentation and the Workbook, you create a seamless learning environment. Students see the exact same cognitive framework—the ‘EVERY Method’—modeled on the board, and then immediately apply that identical step-by-step routine in their own hands-on work. This consistency drastically reduces cognitive load and eliminates “blank page panic.”

What is Included in the Bundle?

1. The ‘EVERY Method’ Masterclass Presentation
   Your front-of-class instructional tool.

Features fully animated worked examples that explicitly model how to break down multi-stage quantitative problems.

Guides the entire class through the EVERY Method step-by-step before releasing them for independent practice.

1. The ‘EVERY Method’ Calculation Workbook
   The ultimate tool for independent practice, homework, and intervention.

Provides scaffolded workspaces that force students to physically write out the EVERY Method steps.

Transitions learners from heavily guided examples to rigorous, un-scaffolded exam-style problems to build true muscle memory.

Trusted by the Profession:
You aren’t just buying worksheets; you are investing in a proven instructional framework. Created by an award-winning science educator, the EVERY Method and these specific resources are actively used in over 100 schools to help students secure top-tier grades.

Equip your classroom with a cohesive, foolproof system that stops the guesswork and gets students calculating with total precision.