An A-Level Chemistry resource on transition metal reactions with hydroxide ions suitable for the AQA Syllabus. Includes a colour chart of the hydroxide precipitates. The resource is editable.

An A-Level Chemistry resource on transition metal reactions with hydroxide ions suitable for the Edexcel Syllabus. Includes a colour chart of the hydroxide precipitates. The resource is editable.

An A-Level Chemistry knowledge organiser on Electrochemical cells. The file is editable and contains the theory behind Electrochemical cells and their calculations. Includes diagrams, equations and information on the hydrogen half cell, reduction potentials, strength of reducing agents, oxidising agents, how to draw electrochemical cells and represent them in cell diagrams.

An A-Level Chemistry knowledge organiser on the pH topic acid and base equilibria. Is in Power Point format and fully editable. Contains a summary of all the keypoints covered at A-Level.

A resource on the A-Level Chemistry topic "Acid and base equilibria" focussing on buffer calculations. This editable resources contains several sections of increasing difficulty. There are examples of many different types of exam questions that students could get in an exam. Takes about a double lesson to complete. Answers are included.

A resource suitable for GCSE Chemistry on naming of alkanes and alkenes. Students cut and stick the molecules into the relevant boxes. An additional circus activity is also included with the sheets placed around the classroom and students working in groups to complete the activities.

An A-Level Chemistry resource on redox titration calculations. The editable worksheet is differentiated with each section increasing in difficulty. Students complete titration calculations based on the redox chemistry of potassium permanganate, sodium dichromate, sodium thiosulfate etc. The resource contains one of every type of titration question they need to answer in an exam. Answers are included. Worksheet takes a double lesson for students to complete.

A comprehensive mind map on organic synthesis which students can use to revise the theory Students can use the resource to produce routes for organic synthesis required in A-Level Chemistry exams.

An A-Level Chemistry resource on calculating Amount of substance (Moles). The worksheet is differentiated with each section increasing in difficulty. Answers are included with each section so that students can check their progress. This is the first half of this resource, the 2nd half is also available on this website with 2 more pages on atom economy, empirical formulae, percentage yield etc. The complete set has 16 sections in total. If you like this resource there are others of a similar format on calculating entropy, pH, Kc, Kp, Grignard reagents, inorganic formulae, Ecell, pV = nRT etc. These sheets conrain examples of every type of exam questions atudents may face.

A Christmas advent calendar activity on atomic structure. Is an editable Power Point file with revision questions on the GCSE chemistry atomic structure. There are 25 revision questions in the form of an advent calendar. Could be used as a starter or a plenary quiz. Just click on the screen and the next numbered question appears.

Structure strips for the AQA GCSE Chemistry topic “Atomic structure”. Structure strips go into the margin of an exercise book and students write in their answers beside the question. This is one of a series of structure strips that I have made for the new 2017 GCSE specification. Each strip has 29 questions and answers are included.

Structure strips for the AQA GCSE Chemistry topic “Structure and bonding”. Structure strips go into the margin of an exercise book and students write in their answers beside each question. This is one of a series of structure strips that I have made for the new 2017 GCSE specification. There are 45 questions in this set and answers are included.

A challenging activity on the A-Level chemistry topic group 2 metals. Students have to link the keywords about group 2 in the hexagons together. Helps students make connections between the reactions, ionisation energy and reactivity. It is challenging and really gets students thinking about how the chemistry connects together. Takes about 20 mins to complete and answers are included. Is an excellent activity as it really challenges students knowledge of group 2.

Structure strips for the AQA GCSE Chemistry topic “Energy”. Structure strips go into the margin of an exercise book and students write in their answers beside each question. This is one of a series of structure strips that I have made for the new 2017 GCSE specification. There are 24 questions in this set and answers are included.

A A-Level Chemistry challenge grid on thermal stability of the carbonates and nitrates. Students are given the choice which questions they answer. Has four levels and challenge and nicely differentiates around the classroom. There are two slides with 18 questions and answers are included.

Structure strips for the AQA GCSE Chemistry topic “The periodic table”. Structure strips go into the margin of an exercise book and students write in their answers beside the question. This is one of a series of structure strips that I have made for the new 2017 GCSE specification. There are 30 questions on the strips provided and answers are included.

A GCSE Chemistry extended writing grid which helps students plan an extended answer about bonding. Students use the keywords on the grid to plan and then write an answer to the question about the differences between the different types of structures and bonding. The words have been carefully selected so that students know which words they need to include to gain mastery in the question. Focuses on tier 3 Science vocabulary.

A challenging activity on the method of titration. Students have to link the keywords about titrations in the hexagons together. Helps students make connections between the apparatus used. For e.g, why a white tile is used, how the use of the indicator is linked to both the conical flask and the white tile. It is very challenging and really gets students thinking about how the apparatus connect together. Takes about 20 mins to complete and answers are included. Is an excellent activity as it really challenges students knowledge of titrations.

Looking for a challenging GCSE Biology resource, then try this hexagon activity on infection. Students have to work their way from A to B travelling through at lease two questions of each colour. The resource is challenging with questions of differing difficulty.