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A GCSE knowledge organiser on the AQA Organic chemistry topic “polymers”. contains information on addition polymerisation of alkenes, condensation polymerisation reactions, polysaccharides and DNA. Relevant for the new 2016 AQA syllabus.

A knowledge organiser on the AQA GCSE topic organic reactions . Covers the structure, reactions and uses of the alcohols and carboxylic acids.

5 Phonics snakes and ladders activities based on CVC and CVCC words, the children have to pronounce each letter/word on the square that they land on. Suitable for children starting at primary school. Each game board increases in difficulty starting with the basics then progressing through CVC and then CVCC.

A variety of resources for the new AQA GCSE Physics syllabus on electric circuit symbols. There’s a cut & stick “design your own circuit activity”, a Tarsia activity, a table for students to write in the name of the component and its function. There’s also a diagram which requires the components of an electric circuit to be labelled. Answers to all resources are included.

An A-Level Chemistry worksheet on amino acids. Contains seven sections of questions increasing in difficulty. Covers the whole topic of amino acids including IUPAC naming, zwitterions, melting point, reactions with acid, hydroxide, carbonate, halogenoalkane, acyl (acid) chloride etc. Also includes questions on peptides, hydrolysis, polypeptides and proteins. Answers are included. Is a resource which comprehensively covers the whole of the amino acid theory suitable for the new 2015 A-Level syllabuses.

An A-Level Chemistry resource on the reactions of alkanes, alkenes, alcohols and halogenoalkanes. Students have to complete the tables using their knowledge of reactions, conditions and reaction type. Suitable for the new 2015 A-Level Chemistry syllabuses. Answers are included.

An A-Level Chemistry resource on the mechanisms of organic compounds. The worksheet requires students to write the mechanisms for the free radical substitution reaction of alkanes with chlorine, electrophillic addition of alkenes with bromine, hydrogen bromide (include markovnikovs rule and the inductive effect). The worksheet also requires students to draw mechanisms for the reactions of halogenoalkanes with hydroxide ions (nucleophilic substution/elimination) and with cyanide ions and ammonia. Answers to every question is provided with every mechanism drawn on the answer sheet. Suitable for the new 2015 A-Level chemistry syllabus. Is an excellent revision resource for organic chemistry.

A worksheet on the AQA GCSE combined physics (trilogy) topic forces in action. Covers an example of the different types of forces calculations that students need to learn. Is a useful revision resource at the end of the topic enabling students to revise the practice the several equations that they need to learn. Answers are included.

An A-Level Chemistry resource on isotopes and relative atomic mass. Includes the definitions of isotope, RAM and relative isotopic mass. Questions require students to identify the particles present in atoms, isotopes and ions. Calculations on determining relative atomic mass (given percentage abundance, relative abundance or relative isotopic mass). Three sections with each section increasing in difficulty. Section three requires students to identify the relative isotopic mass of a species given the relative atomic mass. Suitable for the new 2018 A-Level syllabuses. Answers are included.

A Mass Spectra fragmentation table illustrating both the radicals lost and the ion responsible for the m/z values given. Helps students analyse a mass spectra.

A set of Mass Spectra cards suitable for the new 2015 A-Level chemistry syllabus. Students complete each card, identifying the peaks and answering the questions. Cards include compounds of butane, propanoic acid, bromine, bromoethane and 3-methyl-2-butanone. Resource provided in both Power Point and PDF format with answers included.

An A-Level Chemistry resource which can be used as a starter/plenary on spectrometry. Student are given various physical data (melting point, solubility, rotation of polarised light, elemental analysis) and spectra (IR, NMR, Mass spec and pH). Students have to pull all the information together to identify the compound. The unknown compound is an amino acid, so it consolidates knowledge on chirality, solubility, zwitterions, pH and then understanding of the various spectroscopic techniques. takes about 10 mins for students to complete, answers are included on the last slide.

An A-Level Chemistry resource on proton (1H) NMR (nuclear magnetic resonance). I use it as a group work activity, students are given the cards and have to solve the spectra using the data table given. Answers are included on a Power Point enabling feedback to the the class.

An A-Level chemistry knowledge organiser on Infrared spectra. Contains everything the students need to know about Infrared for the new Edexcel 2015 syllabus including: Examples of spectra for OH, C=O, COOH, C=C, C-H, N-H functional groups. Also includes a data table of absorptions and information on the types of stretches (asymmetric, bending etc). Information about how molecules bonds vibrate is also included.

An A-Level chemistry knowledge organiser on Infrared spectra. Contains everything the students need to know about Infrared for the new AQA 2015 syllabus including: Examples of spectra for OH, C=O, COOH, C=C, C-H, N-H functional groups. Also includes a data table of absorptions and information on the types of stretches (asymmetric, bending etc). Information about how molecules bonds vibrate is also included.

An Organic Chemistry activity on the apparatus used in Organic experiments. Includes diagrams of apparatus including reflux, distillation, steam distillation, separating funnel, buchner filtration (under reduced pressure), drying and a thiele melting point tube. Students have to add the correct labels to the apparatus. Answers are included to all diagrams.

An A-Level chemistry worksheet on shapes of molecules (electron pair repulsion theory). Students have to complete the number of bond pairs/lone pairs, bond angle and shape for each molecule.