Atomic Structure and Bonding Definitions Task Cards This resource includes 2 packs of task cards (20 task cards in each). Both sets include the same keywords and each require students to define the keywords. There are 4 task cards per side of A4. Simply print and give to your students. No further prep is required. Lower ability set: This set has ‘power words’ included which are three related words that students must use in their definitions. This provides students with a writing framework to help them build their definitions. Higher ability set: This set does not include power words and relies of students accessing their own knowledge of atomic structure and bonding to write definitions.

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 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 Christmas Chemistry Resource set is all about drawing atoms and counting subatomic particles. The resource includes: 20 Atom baubles (first 20 elements: hydrogen to calcium). Students must work out the number of each type of subatomic particle in the atom and write it in the middle of the bauble. They must also draw the electronic structure. Instruction sheet (outlining what a student must do with their bauble). A subatomic particle information sheet (how to count subatomic particles in atoms using the periodic table). A drawing electronic structure information sheet (outlining electron shells and occupancy rules) This festive resource can be used to make christmas baubles to take home or as a class project e.g. . . . each student finishes their bauble and attaches it to a class christmas tree or a clamp stand full of clamps to resemble a ‘chemistree!’ (Designed to print in A4 with 2 baubles per page)

ATOMIC STRUCTURE BUNTING Included in this resource: 20 bunting triangles - 1 triangle for each of the first 20 elements in the periodic table (hydrogen to calcium included). Students must use a period table to help them fill in the numbers of protons, neutrons and electrons. They can then add the electrons to the correct electron shells. When I have used this previously, I have given each student a triangle to complete independently. They have then cut out their triangle and connected it to the class bunting chain. This makes for a collaborative group activity, resulting in a bold bunting classroom decoration which students can be really proud of. The document is print ready and saved in an A4 format. The document is black and white due to printing purposes, so you may choose to print on colored paper to give a nice effect when it is hung up in your classroom. Please feel free to ask any questions - Science House

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

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.

Exothermic and Endothermic Reaction Profile Diagrams 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 exothermic and endothermic reaction profile diagrams: adding labels, comparing diagrams and reflecting on energy change. Follow up activities include key questions as well as examination style questioning to put the lesson objectives into context. Included in the lesson: Starter keyword task Lesson objectives and lesson keywords Exothermic and endothermic reaction profile discussion with student worksheet Follow up activities to consolidate knowledge Key questions Examination style questions Reflective fun plenary activity This lesson is ideal for students who can just define what exothermic and endothermic reactions are, no further detailed prior knowledge is required. The lesson introduces new keywords such as ‘activation energy’ and engages students through linked activities which are fully resourced and come with accompanying answers. 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.

Make Chemical Bonding FUN! This resource is a bright, engaging way to teach students about the types of chemical bonding. An effective active learning technique! Included in this resource: Snakes and ladders board Filled with student questions Student worksheet For students to note down their answers to the board questions Answer key Comprehensive answers for all board questions All board questions are based around ionic, covalent and metallic bonding. This includes giving key properties and linked reasoning, uses and applications, and drawing covalent and ionic bonds. The covalent and ionic questions also relate to giant covalent structures and ionic lattices. The board game is set up to be printed in A3 but can easily be adapted to A4 margins. The resource is completely editable as a PowerPoint document but a PDF copy is also included for preparation free printing. Please feel free to ask any questions before purchasing

This calculation collection includes brilliant activity sheets on understanding the mass/mole equation AND detailed answer sheets.There is also prompts on how to use the equation and adapt it for different question styles. These resources require no prep, just make sure your class has a periodic table and calculators then you’re good to go.

Elements of the Periodic Table Card Game Included in this product: 20 element cards with 4 element categories An instructions sheet outlining how to use the card game This is an effective way of making elements fun and bringing an aspect of competition to the topic. The cards feature the first 20 elements of the periodic table. The categories are: melting point, density, number of electrons and group number. Please leave your feedback and enjoy!

This great lesson pack includes: Progress starter and plenary questions cards Lesson objectives Station activity with worksheets (differentiated questions) Cut and paste with extension task Key questions sheet with RAG rating feedback The lesson covers: The different gases in the earth’s early atmosphere The start of life The input of bacteria to life Comparisons to today’s atmosphere This is a great differentiated lesson accessible to all with a good variation of activities!

Changing the Conditions of Equilibrium 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 focusses on how the position of equilibrium can change in a chemical reaction based on exposed conditions e.g. temperature, concentration and pressure. Follow up activities include an assessment worksheet as well as a plenary recap. Included in the lesson: Engaging starter task Lesson objectives Pressure on equilibrium (inc. question/answers) Concentration on equilibrium (inc. question/answers) Temperature on equilibrium (inc. question/answers) Catalysts on equilibrium (inc. question/answers) Summary quiz and recap Reflective RAG assessment worksheet This lesson is ideal for students who have prior knowledge on what ‘equilibrium’ means but are new to how changing conditions alters the position of equilibrium. The lesson engages students through linked activities which are fully resourced and come with accompanying answers. 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.

HYDROGEN BONDING Included in this resource: Learning Pages - Two information sheets outlining which types of molecules can undergo hydrogen bonding, the features of these molecules and the properties linked to hydrogen bonding. The learning pages are clear, concise and paired with evidence to support explanations for this notoriously difficult topic. These pages comprehensively cover all relevant learning points for hydrogen bonding in a student-friendly manner by incorporating bullet points and simple diagrams to support understanding. Question Pages - Three question pages which cover - Drawing hydrogen bonding between neighboring molecules How hydrogen bonding is linked to DNA and base pairs Describing lone pair and delta positive hydrogen interaction Identifying molecules which can undergo hydrogen bonding Describing the difference in hydrogen bonding in water, ammonia and HF Comparing hydrogen bonding to Van der Waals Answer Pages - A full set of comprehensive answers that students can use to independently or peer assess their question pages if needed. Please feel free to ask any questions about the resource and please view the preview for greater insight - Many thanks - Science House

Exothermic and Endothermic Reactions End of Topic Questions Included in this resource: 3 question sheets 1 answer key page This resource tackles questions on definitions and examples of exothermic and endothermic reactions. There are also questions on reaction profile diagrams and bond making/breaking. Questions are tiered as either recall*, explain** or apply***. The resource also includes a keywords list and learning points. There is a marking section which offers the opportunity for self or peer assessment. It is a very useful summary tool to round off the topic! Ideal to be used as: homework starter or finisher revision assessment reflection

AQA GCSE Sciences (Biology, Chemistry and Physics) 9-1 Paper 1 and Paper 2 course maps and exam information. Ideal as handouts for students sitting the GCSE 9-1 Papers for this academic year - the documents outline the exact content of each science exam (extracted from AQA specifications) as well as which content applies to each tier specifically for each subject. Also included is exam information describing timings, marks available, weightings and question styles of both exams for biology, chemistry and physics. These are neat, to the point resources which answer the question ‘what’s on the exam?’ Concise, clear and student friendly. Digital Download - PDF Documents.

Word Equations End Of Topic Questions Included in the resource: 3 question sheets 1 answer key sheet This resource covers the main types of chemical equations: oxidation, combustion, decomposition and displacement. The resource is ideal to summarize a Word Equations topic for new learners. Questions progressively get harder through out the resource and are labelled as either recall, link or apply questions. There is also a reflection box for self or peer assessment as well as an answer key. Each page includes keywords and learning points. This resource can be used as homework, starter/finisher, assessment, review and revision work.

Transport in Cells: Diffusion Full Lesson By the end of this lesson, students will be able to . . . Define and describe the keyword ‘diffusion’ Give biological examples of diffusion in action Explain factors which affect the rate of diffusion This lesson includes: Starter task Lesson objectives Lesson keywords and definitions Diffusion explained with examples including gas exchange and photosynthesis Diffusion of Potassium Manganate (VII) over time with solution keywords Particle diagram activity Factors affecting the rate of diffusion: Temperature, Surface area and concentration gradient Easy and Challenge Surface area questions 3-2-1 Reflective plenary task The PowerPoint is completely editable and all tasks/activities are included within this one document. All tasks come with accompanying ANSWERS for immediate feedback and marking opportunity. This resource may include American spellings.

Exothermic and Endothermic Laboratory Introduction Lesson This full lesson includes a lesson PowerPoint with student lab activities and tasks included within the document. Answers are also included at each stage for student review. This lesson focusses on four simple experiments and how temperature change determines whether a reaction is exothermic or endothermic. All practical apparatus and chemicals are simple and available to any school science department e.g. hydrochloric acid, sodium hydroxide, magnesium ribbon etc. Each of the four practicals shouldn’t take more than a couple of minutes each. Included in the lesson: Starter safety task Lesson objectives and lesson keywords Exothermic and endothermic examples Laboratory activity with student answer sheets Lab write up extension Variables discussion Reflective plenary activity This lesson is ideal for students new to exothermic and endothermic reactions. The lesson introduces new keywords and engages students through four simple labs which demonstrate temperature increase or decrease. 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.