This is a KS3 lesson on Filtration. The lesson involves a simple filtration practical, label the diagram task and differentiated questions. It is based off the Activate 2 scheme of work.

This is a whole lesson resource including a simple practical, keywords and questions. It is based off the Activate 2 scheme of work.

This is a whole lesson resource on metallic bonding for GCSE Chemistry.

This History of the Atomic Theory Bundle is made from the five resources: **Timeline activity with information sheets **Venn diagram atomic model comparison activity **Quick fire questions activity **Cut and Paste activity **Atom dominoes game The following atomic models are covered across the resources: John Dalton, J J Thompson, Ernest Rutherford, Neils Bohr and Erwin Schrodinger This bundle is made from my best selling atomic model resources, with additional instruction task sheets incorporated into the bundle. A complete answer set is included within the resource too. No further preparation is required before teaching. Simply print and teach! Students only require a pen for all resources except the cut and paste which requires scissors and glue. These are effective, no hassle resources which cover every aspect of the atomic models unit. Please leave your feedback.

This is a whole lesson for KS3 Science students on Separation Techniques with the inclusion of a practical. All worksheets are within the powerpoint as individual slides to be printed. It is based on the Activate 2 scheme of work.

This is a WHOLE YEAR resource for key stage 3 science. There are 52 pages of keyword task sheets. All words fit the current British KS3 syllabus e.g. reproduction, gravity, ecosystem, magnetic, planet, reaction, molecule, atom, plant cell etc. There are also 6 pages of template task sheets, should you wish to print off and add your own keywords. The task sheets are differentiated - they appeal to all types of learner and are ideal for mixed ability classes. Very bright and engaging too! The task sheets can take up to 30 minutes to complete and they are ideal for classwork or homework. The files included are in Powerpoint (for easy editing) and PDF (for quick printing). Please feel free to ask any questions before purchasing.

This Cootie Catcher Resource is a fun way to learn about atomic structure. Included are questions on: Charges of protons, neutrons and electrons Relative weights of protons, neutrons and electrons Locations of protons, neutrons and electrons in an atom Also Included . . . A ‘how to fold’ instructions sheet A ‘how to play’ instructions sheet It is simple to use and very effective at getting key points across to students. The cootie catcher is also a brilliant form of peer assessment and student interaction as they can test each other on the key points. Please leave your feedback.

This Chemical Bonding Flipbook includes questions on: Covalent, Metallic and Ionic bonding Key bonding points Bonding diagrams of all 3 bonding types Properties of all 3 types of bonding There is also a handy instructions page which makes it easier for students to construct the flip book. All your students will need is scissors and glue. There is no further prep, just print! I use this as a revision resource as it sums up all key aspects of the chemical bonding unit. It looks bold in an exercise book and my students love it! Please leave your feedback.

This resource is a lesson workbook with questions on: Graph plotting Spotting anomalies in graphs and tables Calculating the mean of a data set Key definitions (including variables, accuracy, precision etc) Drawing lines of best fit There is a full answer set for every page of the workbook. The workbook is designed to test how data is manipulated and displayed with an emphasis on spotting trends in data.

History of the Atomic Theory Revision Resource This resource encompasses the five atomic models through history. Students use the spin wheel to select one of the models at random. They then must answer the three key questions on this model: What is the atomic model called? Which scientist proposed the atomic model? Describe three key features of the atomic model Once students have answered the questions, they can check their answers using the comprehensive answer sheet. They can also record if they got their answers correct on the ‘repeat and tick’ sheet. This encourages students to use the spin wheel as an ongoing revision resource, aiming to reach the ‘know it’ level. The atomic models featured include: John Dalton (sphere model) J J Thompson (plum pudding model) Ernest Rutherford (nuclear modle) Neils Bohr (planetary model) Erwin Schrodinger (quantum model) Also included in the resource is an instructions sheet, with helpful guidance on using the spin wheel as a revision tool. Very simple preparation: print the sheets (set up in A4 PDF). The students can then cut out the pin wheel for themselves and push a pen or pencil through the middle for the wheel to spin around. I found clamp stands to be a useful alternative.

Lesson Workbook This resource is a ten page lesson booklet on the subject of elements, compounds and mixtures. Included within this workbook: Key Definitions Diagrams Element Factfile Task Simple Reaction Equations Atoms and Elements in Compounds Mixture Separation Techniques Examples of Each Word search This lesson workbook is ideal for grades five to eight depending on ability - please view the preview included. This workbook generally takes an hour for a class to complete and I have found it very useful as a summary tool. Please note that some of my resources may have American spellings. Thank you very much.

This Electrolysis Study Pack is ideal for high school chemistry students of varying ability and experience. There is a range of activities included with a full set of comprehensive answers. The content covered: Labelling the electrolysis set up (anode, cathode, power supply and electrolyte) Key terms and descriptions (all major key electrolysis words) Electrolysis of copper bromide (information sheet and corresponding question sheet) The electrolysis of salt products (determining products formed at the anode and cathode for various ionic solutions) Aluminum oxide and the importance of cryolite (an infographic on the process with an explanation) Electrolysis of brine (information with handy hints and a question set) Electrolysis mini tasks (bingo card and and quick answer quiz) I use this study pack as a workbook and usually print as a double sided A4 booklet. It is designed to be printed in either black and white, grey scale or colour. There is no further preparation required to use the study pack, simply print and learn! Students can use the study pack as a stand alone approach to electrolysis or to follow up classic electrolysis practicals (aluminum oxide, brine and copper bromide electrolysis).

This is a brilliant study pack which can be used to fill a whole lesson on alkali metals. My class loved this lesson! Included: A teacher demonstration with instructions, equipment needed, safety features and additional teaching opportunities. An student table to fill out during the demonstration, a reactivity task, a key questions activity and a reaction equations task. Full answer sheets for all activities and tasks included. *If you cannot do a practical demonstration in your classroom the study pack works just as well if you show your students a short youtube video on alkali metal reactions.

Atoms and Elements End of Topic Questions Included in the resource: 3 student question sheets 1 answer key page The questions surround atom structure, electron configuration, key terms, chemical symbols and comparisons of elements, compounds and mixtures. There are 30 questions each tiered as either *recall, ** explain or *** apply, to add differentiation. The worksheets also include a keyword section and learning points. The answer key covers all 30 questions and there is also a score system as an opportunity for peer or self assessment. This is a great summary resource and neatly rounds of the Atoms and Elements Topic. Ideal as: homework in-class quiz assessment starter or finisher revision resource

This is a great cut and paste resource for the ‘history of atomic theory’ topic. Students match an image with the model and scientist name, then with a description of the model. Bold, to the point and hands on, this is handy resource for any class. ANSWERS included within the resource.

Calculating Bond Energy Lesson This full lesson includes a lesson PowerPoint with student activities and tasks included within the document. Answers are also included at each stage for student review. This lesson focuses on calculating bond energy in bite size chunks: first calculating molecule bond energy and then developing into overall energy change. The lesson also provides a framework worksheet to guide students through this difficult topic Included in the lesson: Engaging starter task Lesson objectives and lesson keywords Molecule bond energy calculations Framework worksheet Exam style questions Reflective plenary activity This lesson is ideal for students new to calculating bond energy but have an awareness of exothermic and endothermic reactions. The resource is a Powerpoint presentation with an accompanying PDF copy, so the resource can be edited and there is also a print-ready version for included worksheets. Please feel free to ask any further questions before purchasing.

This great set of resources is ideal for high school chemistry. Included within the set: -Step by step ionic bonding activity An introduction to ionic bonding through the simple example of lithium fluoride. Answer sheet included. -Identifying ions activity Students draw on knowledge of electronic configuration to draw atoms and their subsequent ions. Answer sheet included. -Question card activity Four classic question cards on drawing electronic configuration in ionic bonds, aided by predawn empty electron shells. Answer sheet included. I have used this set of three resources in an ionic bonding lesson for three years in a row now to much success. They work really well as a trio, building up student understanding over the course of the lesson.

History of the Periodic Table Included in the resource: An informative reading passage A student question sheet An answer key Reading passage: Includes information on five key scientist of the Periodic Table: Dalton, Dobereiner, Newlands, Mendeleev and Moseley, the dates of their work and a concise summary of their findings. Question sheet: Tiered as recall, explain and apply, the questions follow the reading passage. They challenge what a student has read and how well the information has been processed. Some questions are simple information extraction whilst others require thinking around the topic and explanations. Answer key: Included is a comprehensive set of answers for all questions. Ideal as an independent in-class activity, homework or revision. I have found this resource to be a great activity to introduce the scientists of the Periodic Table to a wide range of students. Please feel free to ask any questions before purchasing.

Introduction to Aldehydes Activity Included in this resource: Information page - This page covers the structure, bonding, naming, reactivity, oxidation, reduction and physical properties of aldehydes to an introductory level. It is a simple overview of aldehydes for a first time learner. Prior knowledge on hydrocarbons and atomic structure e.g. electrons and electronegativity is required, however no prior knowledge on aldehydes is required to access the material. Question sheet - This page includes questions directly linked to the information page. Students extract knowledge from the information page and build on concepts e.g. naming aldehydes, identifying trends and commenting on bonding and reactivity. Answer page - The answer page answers all the questions present in the question sheet. Ideal for independent, student-led work (i.e. could be used for a substitute teacher) as all the information and answers are present in the resource. No accompanying books or presentations are required - no further preparation needed. File included: 3 page A4 document

This is great cut and paste resource outlining the chemical tests used to identify the gases: oxygen, hydrogen, chlorine and carbon dioxide. It is bold, hands on and summarises everything your students need to know about gas testing. Also included… ANSWER sheet. I have found this resource to be a great follow up activity to a practical or demonstration.