A-Level/GCSE Chemistry resource used to teach the concept of the Mole to Year 12 Chemistry students and will help to support GCSE Chemistry students. Lesson is ready to teach straight out the box. Lesson contains mole calculations, examples and sample exam questions. The lesson then goes on to explain how to calculate reacting masses from balanced equations using. Mole calculations are broken down and answers to questions are included in the powerpoint. Great for revising moles with Year 11 or recapping with Year 12 Chemistry students.

A-Level Chemistry lesson. Straight out the box and ready to teach. Lesson covers the following specification points relating to a variety of A-Level Chemistry Specifications: Describe the electromagnetic spectrum Describe transitions between electronic energy levels in atoms Describe the difference between absorption and emission spectra The relationship between the energy emitted and the frequency of the line produced Relationship between between frequency, wavelength and the speed of electromagnetic radiation Flame colours of Li+, Na+, K+, Ca+, Ba2+, Cu2+

Ready to teach A-Level Chemistry lesson. Designed for the OCR B Chemistry A-Level Specification. Covers atomic number, mass number, istope, relative atomic mass, history of the different models of the atoms and various calculations. Also covers how to interpret mass spectra to calculate relative atomic mass and how mass spectrometry works. Also includes exam questions and mark schemes. Would also suit other A-Level Chemistry specification.

OCR Chemistry A - Acids and Redox - Acid Base Titrations Full teachable lesson covering the following areas: Preparation of a standard solution Carry out a titration Analyzing titration results by calculation Practical techniques for measuring the volume of solutions Complete with worksheet calculations and answers to calculations

A-Level Chemistry A - Acids and Redox Acids, Bases and Neutralisations Full teachable A-Level Chemistry lesson covering: Acids and Bases and Neutralisations Short lesson, will cover the basics of acids, bases and neutralisations. Suitable for 40-50 minute lesson.

OCR A-Level Chemistry - Acids and Redox Redox reactions Lesson outlines how to work out oxidation numbers or oxidation states in redox reactions. Oxidation number exercises and and oxidation state questions complete with worked solutions. Suitable for a 40-50 minute lesson.

A - Level Chemistry OCR A - Oceans - Role of Oceans in Climate Control Lesson covers the following specification points: The greenhouse effect The Bronsted-Lowry theory of acids and bases The difference between weak and strong acids and bases Performing pH calculations involving strong acids, strong bases and weak acids Contains fully worked examples and sample exam questions, all embedded in power point. Ready to teach - perfect for a double lesson.

OCR B Chemistry A- Level - Oceans - The Deep Oceans Lesson covers the following: Factors that determine solubility of solutes in aqueous and non-aqueous solvents. How the charge density of the ions in an ionic compound affect the lattice enthalpy change of hydration of ions. Hydrated ions, enthalpy change of solution, lattice enthalpy, enthalpy change of hydration of ions. The solutions of an ionic solid in terms of enthalpy cycles and enthalpy level diagrams (and performing calculations. Contains fully worked examples and calculations for each specification point.

OCR Chemistry B - Oceans - Oceans as a Carbon Store Full lesson covers: The meaning of the term buffer. How buffers work (including everyday applications). Buffer solutions calculations with worked buffer example calculations. Includes walk through examples and exam questions.

OCR Chemistry B - Oceans - Sea Shells as a Carbon Store Solubility equilibria. Solubility equations and calculations covering solubility equilibria. Following spec points covered. The term solubility product for ionic compounds Solubility products calculations Techniques and procedures for determining solubility products Includes exam questions and walkthroughs.

OCR Chemistry B - Oceans - The Global central heating system Entropy calculations Entropy as a measure of the number of ways that molecules and their associated energy quanta can be arranged Qualitative predicts of the sysS for a reaction in terms of: The differences in magnitude of the entropy of a solid, a lquid, and a gas The difference in number of particles of gaseous reactants and products Contains full worked examples and sample exam questions

OCR Chemistry A -Shapes of Molecules and Intermolecular forces Covers Shapes of Molecules and Ions To construct simple electron dot and cross diagrams to describe the electron arrangements in ions and covalent and dative bonds Bonding in simple molecular structure types – typical physical properties (MP, solubility in water, electricity conductivity) Use electron pair repulsion principle to predict, explain and name the shapes of simple molecules such as BeCl2, BF3, CH4, NH3, H2O and SF6 as well as ions such as NH4+

Ready to go A-Level lesson containing hand drawn notes, information slides, exam questions with model answers about the modern and Kekule structure of benzene. Straight out of the box and ready to teach. Follows the OCR SOW but suitable for all A-level exam boards.

Ready to go A-Level lesson containing hand drawn notes, information slides, exam questions with model answers about the Electrophilic substitution reactions of Benzene. Mechanisms are shown and illustrated on the powerpoint - perfect if you are short of time. Straight out of the box and ready to teach. Follows the OCR SOW but suitable for all A-level exam boards.

Exam booklet containing questions that only relate to the June 2022 AQA GCSE Chemistry exam. Advanced notice material has been used to make the booklet of questions. Ideal for exam preparation in the build up to the exam.

OCR Chemistry A - Atoms Ions and Compounds 2.1-2.2 OCR Chemistry A - Resource covers the following lesson objectives relating to OCR A-Level Chemistry A. To review the structure of Atom Explain the term isotope Describe the history of the atom Introduce how masses can be measured using a mass spectrometer Ready to-go lesson complete with worksheets and resources for teaching the first topic.

OCR Chemistry A - Amounts of Substance Moles, Volumes, Ideal Gas Equation and Calculations lessons. Lesson covers the following: Concentration, solution volumes, and the mole Molar gas volumes The ideal gas equation Ideal gas equation calculations, worksheets and worked examples.

OCR Chemistry A - Atoms, Ions and Compounds OCR A Chemistry A Level Lesson relating to the Atoms, Ions and Compounds topic. This lesson covers basic ion formation and compounds naming from the ions. Short lesson, recommended as 30-40 minute lesson. Complete lesson ready to teach.

OCR Chemistry A - Amounts of Substance Lesson covers the following objectives: Avogaddro constant NA, relative formula mass and relative molecular mass Mr The concept of amount of substance (moles) and its use to perform calculations involving – masses of substances, empirical and molecular formulae, percentage composition, percentages yields, water of crystallization Balanced full chemical equations, including state symbols The lesson is complete with worked examples, printable worksheets and answers. Lesson also includes PAG write up Finding the Formula of a product

Very simple summary powerpoint containing hand drawn curly arrow mechanisms covering the 4 main reaction mechanisms: Electrophilic addition, electrophilic substitution, nucleophilic addition, nucleophilic substitution. Blank template for students to complete. Designed for OCR A A -Level Chemistry but will apply for most exam boards AQA and OCR B