This lesson is covering the topic of mass and formula. It will make the pupil understand what is meant by the idea of a confirmed equation, how to use RAM in the calculation of an equation and how to confirm an equation mathematically.

This lesson covers the topic of the chemistry of alcohols. With emphasis on the following ideas: describing the uses of alcohols, being able to draw the structural diagrams of the three types of alcohols and naming alcohols by their molecular structure. Experimentation of alcohols is also included in the lesson.

This test covers the topics of static electricity and circuit diagrams. Suitable for ages 11-14, or older for revision. The test has an allocation of fifty marks covered over four questions. The answer sheet is provided.

This lesson covers the topic of Habitats. Pupils will name the generic habitats for organisms, construct a list of requirements in a habitat for an organism and create a detailed list of types of organisms in certain habitats with ideas of the organisms own characteristics helping them in the conditions of the habitat.

This lesson covers the topic of Keys, how to ask questions to separate organisms. Pupils will construct a simple key, name simple questions to ask to separate animal/plant groups and higher level learners will create detailed list of questions to identify an organism.

This lesson is an introduction to the study of animal taxonomy. It gives the pupils a chance to understand how scientists group animals in simple ways. It will encourage the pupils to describe how animals can differ in body type and let them draw simple charts to identify life forms.

This lesson covers the idea of conservation of momentum. With definitions and explanations of the Law of conservation of momentum and calculations using the correct equations. Elastics and inelastic collisions are also examined in the lesson.

This lesson covers the differences in series and parallel circuits. it examines how the different circuits alter the voltage and the current. It also includes simple resistance calculations involving both types of circuit.

This pupil booklet covers several of the major topics in chemistry stoichiometry. Including the rules for counting molecules and atoms, percentage yield, empirical and molecular formula, balancing equations and limiting reactants. The answers and detailed breakdown of how to answer the questions is also given.

This booklet can be used as a study guide or selection of homeworks. It covers the following topics, Couper Notation, calculations in energy change, enthalpy and exothermic/endothermic reactions. A teachers copy has been added with the answers.

This booklet covers the topic of electrolysis and its actions. With descriptions on the redox reaction and equipment used this booklet will give students a detailed introduction into the topic. Calculations of electrode potential and half reactions are also covered.

This booklet covers a basic introduction to the study of the atom. It includes activities that cover the structure of the atom and isotopes. With notes on atomic mass and atomic charge, pupils will also learn the history of the atomic model. I have used this booklet as a stand alone set of activities to compliment lessons.

This lesson covers the chemistry topic of parts per million. Included in the lesson are the calculations of PPM with several examples, the uses of the PPM equation in chemistry and how the idea is used in the chemical and water industry.

This chemistry exam consists of thirty-five questions, it has one hundred and three marks allocated to the exam. The questions vary in style and ability level. The questions cover the following topics Concentration, Mass, Volume, Rf values and titrations along with general chemistry questions.

This physics lesson covers the following topics, analyzing how motion can be determined. Calculating motion using standard equations in physics. Identifying graphical shapes associated with motion of a projectile.

This lesson covers the concept of chemical equilibrium. It includes the calculation of equilibrium Kc and the industrial uses of chemical equilibrium. Specifically the reactions of the Haber process and the Contact process.

This lesson covers the topic of chemical equilibrium. With emphasis on the following Reversible reactions and dynamic equilibrium, Le Chatelier’s principle and Equilibria in industrial applications. The calculation of equilibrium constant is also included with examples.

This worksheet covers the idea of how forces can be in equilibrium and calculations associated with them. A total of twenty-six marks is allocated to the five questions and an answer sheet is provided.

This lesson covers the module of energetics. The topics it covers are Enthalpy changes and enthalpy profile diagrams Activation energy Standard change of enthalpy Measuring enthalpy changes experimentally using calorimetry Bond enthalpies Hess’s law and enthalpy cycles Calculating average bond enthalpies All calculations include the answers.

This lesson covers the following: Redox reactions Redox and electron transfer Oxidation numbers Calculating oxidation numbers Writing formulae using oxidation numbers Redox and changes in oxidation number Redox reactions of metal with acid Disproportionation Balancing redox reactions