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.

This set of 12 question cards comes will a full set of comprehensive answers. Questions on the cards relate to: Organelles (nucleus, cytoplasm, cell wall, cell membrane, ribosome, mitochondria, chloroplast, vacuole) Location of organelles (pictures with arrows to describe where they are in the cell) Function of organelles (their individual roles) Comparing plant and animal cells (which organelles are only in plant cells) Key terms (chlorophyll, photosynthesis, respiration etc…) Bright, engaging and covering all key aspects of a cells unit, these cards are the ideal learning tool!

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.

Metals and Non-Metals Reading Passage Included in this resource: An informative reading passage A student question sheet An answer key Reading passage: Includes information on metal and non-metal positions in the Periodic Table, a discussion on their properties and which ions they form. Student questions: Tiered as recall, explain and compare, the questions follow the reading passage. There is also a comparison table for them to fill out and extract information from the text. Answer key: Includes a comprehensive set of answers covering all questions. This resource is ideal as an in-class activity, homework or an independent revision task. Please feel free to ask any questions before purchasing.

Self Esteem Workbook Designed for high school children, this independent self esteem workbook helps students focus on their positive attributes, reflect on achievements and look optimistically towards the future. Engaging and interesting, the workbook has a range of activity pages to make wellbeing fun. I have used this resource as a learning mentor for vulnerable children and it has worked well. It feels like a mini project and at the end of the workbook they have a piece of work that they are both proud of and refer back to when they are feeling down or experiencing low self esteem. Pages included: Picture first page About me blurb What makes me unique Bucket list Share praise Compliment yourself Mindful coloring Creating a ‘you’ potion Looking to the future Wellbeing ladder Positivity word search Flip the thought There are 12 activity pages. The document is set up so there are two pages per A4 piece of paper (6 A4 pages in total). The pages do not have to be in any particular order accept for the front and back page (picture and blurb pages) which means printing and constructing the booklet is easy. The booklet is saved in editable PowerPoint form so can be altered to suit your student if needs be. There will be some American spellings in this resource Thanks! Science House

This Mental Health Study Pack is ideal for middle and high school classes. Included within the study pack: Key Questioning Case Study Activity True or False Activity Leaflet Activity Identifying Effects Activity Keyword Word Search Matching Keyword to Definitions After completing the activities within the study pack your class will be able to: All Link keywords to definitions surrounding mental health Identify mental health statements as true or false Most Link keywords to definitions surrounding mental health Identify mental health statements as true or false Describe triggers of poor mental health at school and home Some Link keywords to definitions surrounding mental health Identify mental health statements as true or false Describe triggers of poor mental health at school and home Explain the differences between the long and short term effects of mental health Give advice to promote positive mental health Full answers are also included within the study pack. Please leave your feedback!

Isotopes and Relative Atomic Mass Calculations GCSE Chemistry 9-1 AQA (Specification 1.1.6) Define what an isotope is Describe examples of isotopes of elements Calculate the relative atomic mass from isotopic abundances This resource is a PowerPoint to support teaching about isotopes and how to conduct calculations to find the relative atomic mass given isotopic abundances. Included in the resource: Opening slide with title, keywords, learning objectives and lead on topics Starter slide with simple intro task Information slides on isotopes, abundances and example calculation answers Question slides on calculating relative atomic mass for elements with multiple isotopes Plenary question slide to consolidate learning

ISOMERS: Structural Isomerism Included in this resource is a question activity and accompanying answer key, both as an editable PowerPoint version and uneditable PDF. The question activity includes key definitions with examples and two questions on each type of structural isomerism. Isomerism included in the resource: Chain isomerism Position isomerism Functional group isomerism Ideal as a student-led activity, as the examples and definitions aid independent learning. The resource can be used in-class, for homework or revision. Please feel free to ask any questions before purchasing.

Isomers: Geometric Isomerism This resource includes a geometric isomerism activity and an answer key, both available in editable PowerPoint form and uneditable PDF form. The activity includes key definitions and examples with linked in questions. It is ideal for independent learning and is an introductory resource for students without any prior knowledge on geometric isomerism. The activity covers: Distinguishing between E/Z (trans/cis) isomerism Defining geometric isomerism Boiling points for different isomers Identifying group priority around the C=C bond The answer sheet covers all questions thoroughly. Please feel free to ask any questions before purchasing and please view the preview

Make the Rock Cycle fun! This resource is a bright, engaging way to teach the rock cycle. An active learning technique! Included is a snakes and ladders board full of topic questions, student sheets, the answers to all questions and science monster counters. The board questions are based around: Rock type examples Rock type uses The features of each rock type Formation of each rock type Intrusive and extrusive igneous rocks Topic linked keywords e.g. crystals, sediments, minerals etc. A4 and A3 printing options (2 document sizes included) Many thanks - Science House!

History of the Periodic Table - Mendeleev Focus By the end of the lesson your students will be able to: Identify how early versions of the periodic table were laid out. Describe how Mendeleev left gaps in his periodic table for undiscovered elements. Explain how Mendeleev’s predictions were proved correct. This resource is a PowerPoint presentation to support teaching about the history of the periodic table for the first time. By the end of the lesson, students should understand how Dmitri Mendeleev supported the development of the periodic table. Previous knowledge on what a group and period is will be required - apart from that no previous teaching is required. Included in the resource: Opening slide with title, keywords, learning objectives and lead on topics Starter slide with simple intro task Information slides on the works of Mendeleev - how he arranged elements, why he left gaps, how his predictions were proven etc. Printable worksheet slide to consolidate knowledge and organize learning Plenary question slide to summarise All ANSWERS included and the resource is completely EDITABLE.

Naming and Drawing Organic Molecules Included is two worksheets and two answer sheets. The worksheets include tasks on naming and drawing organic molecules from a selection of molecules (skeletal and displayed formula). The answer sheets cover all molecules in both worksheets. Molecules included in the worksheets: Alcohols Aldehydes Ketones Carboxylic acids There is an editable version of both worksheets and answer sheets included in the resource, should you wish to further adapt the worksheets to your own teaching. Please feel free to ask any questions before purchasing.

Isomers: Optical Isomerism This resource includes an optical isomerism activity and an answer key, both available in editable PowerPoint form and uneditable PDF form. The activity includes key definitions and examples with linked in questions. It is ideal for independent learning and is an introductory resource for students without any prior knowledge on optical isomerism. The activity covers: Identifying chiral carbons Drawing matching enantiomers Discussing racemic mixtures The answer sheet covers all questions thoroughly. Please feel free to ask any questions before purchasing and please view the preview.

This Drugs and Alcohol Study Pack is ideal for high school classes. Included within the study pack: Differentiated Questions Cut and Paste Activity True or False Activity Leaflet Activity Categorising Drugs Activity Keyword Word Search Matching Keyword to Definitions After completing the activities within the study pack your class will be able to: All Identify drugs which are legal and illegal Identify the effects of alcohol abuse Most Consider the different ways drugs can be categorized, and give opinions on the different categories Explain the short and long term effects of alcohol abuse Some Consider the risks around different drugs and try to explain a personal viewpoint on the reasons as to why people choose to take these drugs. Full answers are also included within the study pack. Please leave your feedback! (Some of my resources may include American spellings)

Giant Ionic Structures Reading Passage Included in the resource: A reading passage A student question sheet An answer key Reading Passage: Included is an informative, introductory passage on Giant Ionic Structures. The passage has information on the lattice structure, linked properties and structural models. Question Sheet: Tiered as recall, explain and apply, the question sheet follows the reading passage. Recall questions simply require students to extract information from the text, whilst explain and apply questions require higher thinking. The apply questions involve descriptions of the structure and in depth explanations of properties. Answer key: A full set of comprehensive answers is included. This is a great introductory resource for students who have prior knowledge on atoms and basic knowledge of bonding.

Introduction to the Periodic Table Lesson GCSE Chemistry AQA 9-1 (Spec 1.2.1) Identify the different areas of the periodic table. Explain how the position of an element in the periodic table is related to its electronic structure and therefore its atomic (proton) number. Predict element reactivity trends and possible reactions of elements from their positions in the periodic table. This resource is a PowerPoint presentation to support teaching about the periodic table for the first time. By the end of the lesson, students should understand what the periodic table is and describe the features of some groups. Prior knowledge on electronic structure is required. Included in the resource: Opening slide with title, keywords, learning objectives and lead on topics Starter slide with simple intro task Information slides on areas of the periodic table, groups and periods etc. Question slides on predicting properties of elements and a student handout worksheet on labeling the periodic table Plenary question slide to consolidate learning All ANSWERS included and the resource is completely EDITABLE.

Giant Covalent Structures Introduction Reading Passage Included in the resource: A reading passage A student question sheet An answer key Reading Passage: Included is an informative, introductory passage on giant covalent structures. The passage has information on diamond, graphite and silicon dioxide (structures and properties). Question Sheet: Tiered as recall, explain and apply, the question sheet follows the reading passage. Recall questions simply require students to extract information from the text, whilst explain and apply questions require higher thinking. The apply questions involve in depth discussions on properties and structural comparisons in a table. Answer key: A full set of comprehensive answers is included. This is a great introductory resource for students who have prior knowledge on atoms, elements and covalent bonding but are new to giant covalent structures.

Fractional Distillation Reading Passage Included in the resource: A reading passage A student question sheet An answer key Reading Passage: Included is an informative, introductory passage. The passage has key information around the subject and explains key concepts. Question Sheet: Tiered as recall, explain and apply, the question sheet follows the reading passage. Recall questions simply require students to extract information from the text, whilst explain and apply questions require higher thinking. The apply questions involve using prior knowledge and stretches higher ability students. Answer key: A full set of comprehensive answers is included. This is a great introductory resource for students who have prior knowledge on alkanes and alkenes but are new to fractional distillation.

Ionic Bonding Introduction Reading Passage Included in the resource: A reading passage A student question sheet An answer key Reading Passage: Included is an informative, introductory passage on ionic bonding. The passage has information on ions formed, dot and cross diagrams, attraction between ions and electron movement. Question Sheet: Tiered as recall, explain and apply, the question sheet follows the reading passage. Recall Questions simply require students to extract information from the text, whilst explain and apply questions require higher thinking. The apply question involves constructing your own dot and cross diagram. Answer key: A full set of comprehensive answers is included. This is a great introductory resource for students who have prior knowledge on atomic structure and electron configuration but are new to bonding. Please feel free to ask any questions before purchasing.