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 power-point lesson covers the following topics of Organic chemistry, Naming hydrocarbons, Drawing molecular structures of Hydrocarbons, Functional Groups and Isomers. With activities and extra teacher notes included to help students fully understand the module.

The topic of electronegativity is covered in this power-point lesson. With activities of the calculation of electronegativity to simple definitions. Other activities are also included and short teacher notes to help.

This power-point lesson covers the topic of Le chateliers principle. With definitions and exam style questions the whole idea is covered and students will find the slides easy to use and access. Extra teacher notes are also added.

This power-point lesson covers the topic of intermolecular forces. It explains to the student the different types of forces and how they work. The physical properties of the molecules are also discussed giving the student knowledge of variations in element groups.

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

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 test of thirty five marks covers the topics of matter and elements. The marks are allocated over five questions with varying ability levels required and different type of questioning used. The use of the Periodic Table is also included in the skills required.

This is a fifty-mark test with the marks allocated over six different questions. The questions differ in style and ability level. An experimental question is also included. The answer sheet is also provided with a copy of the Periodic Table.

This power-point lesson was made to cover the topic of Ionic bonding. With definitions and activities covering the sub-topics of Ionic charge, Molecular ions, Bonding and Trends within bonds. Extra teacher notes are included on specific slides.

This power-point lesson is designed to enhance the student’s knowledge of covalent bonding. Main topics will be electronegativity and types of bonding such as Polar and Non-polar bonds. The lesson also contains extra teacher notes and activities for the students.

This power-point lesson contains details and definitions on the following topics- electron configuration, orbitals, ionization energy and isotopes. As well as trends in the Periodic table. The power-point also can be used as a study guide for students.

This test covers the properties of matter and electric circuits, with specific questions on electrostatics and density. The test has a mark allocation of fifty across eight questions. Various ability levels and styles are shown in the questions.

This test covers the topics pf compounds and elements. It is allocated forty marks over five questions. The answer sheet is included. The test has varying ability levels in the questions and different styles of questions are also shown.

This power-point lesson covers the topic of Molecular shape. Pupils will learn the basic shapes needed for school/college chemistry and be able to name simple molecular structures. Activities for the pupils are included to help them fully understand the topic and extra teacher notes are on specific slides.

This is a forty mark test set over three questions. The questions vary in ability and style. The test comprises questions that relate to the redox reaction, Galvanic cells and Electrolytic cells. The answer sheet is provided.

A booklet that outlines the various methods we use to describe the data received in a scientific investigations. The booklet also covers the idea of scientific method. Basic information of standard IUPAC measurement is also given.

A lesson where students will investigate the meanings of Arenhuis and Lowry-Bronstead theories. Students will also calculate the concentration of acids using exam style questions.

A lesson that introduces the idea of moles and the equation used to calculate the moles of a substance from its mass. Simple styles of questioning introduce the student to the idea of stoichiometry.

This lesson covers the basic ideas behind the transfer of electrons in the REDOX process. Including how to answer questions on cell notation, half reactions and how to identify the parts of a electrochemical cell.