Pharma Compounds vs GCSE Mole Calculations

This app has been designed to be used as a learning tool for As Level Chemistry and Biology students for use in a research Keele University research project that aims to evaluate the effectiveness of Augmented Reality in science education. The app works with a set of printed playing cards that are available to Chemistry and Biology students at the Keele University School of Pharmacy website. By scanning each card, information about each topic will appear as well as a 3D model for reference. Certain cards become interactive when brought close together. For information on which cards have additional functions scan the cards and read the associated descriptions. This app has been designed to form part of our revision tools for our students on our Masters in Pharmacy course and BSc in Pharmaceutical Science, Technology and Business as well as Biology and Chemistry 6th form courses. For further information about these courses and the School of Pharmacy, please contact us at pharmacy@keele.ac.uk or visit http://www.keele.ac.uk/pharmacy. You can download a set of the target cards at https://www.keele.ac.uk/pharmacy/digital/apps/.

This app covers all the key sections required for the GCSE Chemistry mole calculations topics for most examination boards. Topics include: Avogadro’s Constant, Molar Mass, Balancing Equations, Calculating Moles, Mole Ratios, Reacting Masses, Limiting Reagents, Concentration, Titration Calculations, Gas Volumes, Percentage Yield, and Atom Economy. For most topics, questions are automatically generated, meaning they are rarely repeated each time you use the app. With twelve structured topics, the app offers plenty of practice and tracks your progress using colour-coded indicators on the main menu. Each topic includes a practice section with guided questions, helpful hints, and fully worked solutions. Once you’re confident, the quiz section lets you test your understanding. Both sections include an integrated periodic table, providing quick access to atomic numbers and relative atomic masses.