How can you teach your students about network topologies, in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is exactly what this lesson does. Why spend hours making your own resources when it is all done for you? Download this lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) or AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia friendly PowerPoint presentation, differentiated lesson objectives, 4 videos to change focus and break up the lesson, loads of individual and group tasks and questions, 2 printable ready to use worksheets for classwork, A set of taboo cards for the plenary 3 differentiated exam style questions which can be used either in the plenary or set for a homework task, a comprehensive 3-page teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the worksheets and taboo cards) you will be ready to teach about your classes about: Ring network topology Bus network topology Star network topology Full mesh network topology Partial mesh network topology . **DURATION: **1 lesson Check out these other great resources by Nichola Wilkin (nwilkin): Network types Network hardware What is the internet?

How can you teach your students about Von Neumann Architecture in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is exactly what this lesson does. Why spend hours making your own resources when it is all done for you? Download this lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) or AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia-friendly PowerPoint presentation, differentiated lesson objectives, a video to change focus and break up the lesson, loads of individual and group tasks and questions, a printable ready-to-use worksheet for classwork, 3 differentiated exam-style questions which can be used either in the plenary or set for a homework task, a comprehensive 3-page teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the single page worksheet) you will be ready to teach about your classes about: How cache memory is used by the CPU The three levels of cache memory The component parts of the CPU in the Von Neumann Architecture model How the component parts of the CPU work in the fetch-decode-execute cycle . DURATION: 1 lesson FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of my complete resources for which I usually charge full price but is yours absolutely free when you purchase this product. Just my little way of saying thank you to my valued customers. I hope you enjoy it and get use out of it, with my compliments. Check out these other great resources by Nichola Wilkin (nwilkin): The purpose of the CPU CPU Performance Rom, Ram and Virtual Memory Embedded Systems Secondary Storage

How can you teach your students how common characteristics of CPUs can affect the CPU performance, in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is exactly what this lesson does. Why spend hours making your own resources when it is all done for you? Download this lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) or AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia friendly PowerPoint presentation, differentiated lesson objectives, a video to change focus and break up the lesson, loads of individual and group tasks and questions, a printable ready to use worksheet for classwork, 3 differentiated exam style questions which can be used either in the plenary or set for a homework task, a comprehensive 2-page teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the single page worksheet) you will be ready to teach about your classes about: The clock-speed of the CPU How cache is used by the CPU and increasing the cache size can affect the performance How the number of cores can increase the processing power but does not always mean a dual-core processor can complete twice as many fetch-decode-execute cycles in the same time . DURATION: 1 lesson FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments. Check out these other great resources by Nichola Wilkin (nwilkin): The purpose of the CPU Von Neumann Architecture Rom, Ram and Virtual Memory Embedded Systems Secondary Storage

Here are 4 ready to use hexadecimal worksheets you can immediately use with your class with absolutely no preparation necessary. They can be printed out or completed on-screen as they comprise of PDF files with editable areas for students to enter their answers. You can even assign these worksheets as learning tasks using a VLE for students working at home. You even have a separate copy of each handout that contains the answers, making these a brilliant easy to use addition to your teacher toolkit. HOW CAN I USE THEM? These worksheets are ideal for An easy grab-and-go classroom activity, homework tasks and cover worksheets. . These engaging worksheets are perfect for computer science teachers, non-specialists and new teachers. WHAT IS INCLUDED? The 4 PDF worksheets included: Hexadecimal Conversion With Table – An easy worksheet where students are given a complete binary, denary, hex converted table which they use to look up the answers. An ideal low-level worksheet used as an introduction to the topic. Hexadecimal Complete The Table – A useful worksheet where students are given an incomplete binary, denary, hex conversion table that is not in order and then need to fill in the missing data for each row. Great as a summative assessment task to show they can convert between the three different number bases. Hexadecimal Words – A fun worksheet where students need to complete, denary, hex converted table which they use decode hidden words using the letters A to F. An ideal starter or plenary task. Hexadecimal Binary Drawings – A fun alternative where pupils decode the hex into binary and then use that to create black and white bitmap images. A nice alternative activity to reinforce hex to binary conversion. Don’t forget the answers to each worksheet are included meaning you can use the answers yourself or give them to students for self-marking. These 4 worksheets will quickly become an essential tool in your teacher toolkit. They are a great way to break up the lesson, reinforce the learning and check your pupils’ understanding of converting between binary, denary and hexadecimal number bases. What are you waiting for? Buy them now and use them straight away to enhance your lessons whilst saving yourself hours of preparation. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments.

How can you teach your students about network hardware, in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is exactly what this lesson does. Why spend hours making your own resources when it is all done for you? Download this lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) or AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia friendly PowerPoint presentation, differentiated lesson objectives, 2 videos to change focus and break up the lesson, loads of individual and group tasks and questions, 2 printable ready to use worksheets for classwork, 3 differentiated exam style questions which can be used either in the plenary or set for a homework task, a comprehensive 3-page teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the worksheets and taboo cards) you will be ready to teach about your classes about: Transmission media (Wi-Fi, Bluetooth, coper cables and fibre optic cables) Routers Switches Hubs Network Interface Cards (NIC) Wireless Access Points Bridges Wi-Fi channels . Please note: network topologies and protocols are not covered in this lesson as that is covered in a separate lesson. DURATION: 1 lesson FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments. Check out these other great lesson by Nichola Wilkin (nwilkin): What is the internet? Network Topologies

How can you teach your students about the purpose of the CPU in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is EXACTLY what this lesson does. Why spend hours making your own resources when it is all done for you? Download this lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) and AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia-friendly PowerPoint presentation, differentiated lesson objectives, a video to change focus and break up the lesson, loads of individual and group tasks and questions, a printable ready-to-use worksheet for classwork, 3 differentiated exam-style questions which can be used either in the plenary or set for a homework task, a comprehensive 2-page teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the single page worksheet) you will be ready to teach your classes about: the relationship between hardware and software the fetch - decode - execute cycle address busses and data busses the purpose and main functions of the CPU . **DURATION: **1 lesson Please note: This lesson does not teach pupils about the Von Neumann Architecture as that is covered in a separate lesson. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of my complete resources for which I usually charge full price but is yours absolutely free when you purchase this product. Just my little way of saying thank you to my valued customers. I hope you enjoy it and get use out of it, with my compliments. Check out these other great resources by Nichola Wilkin (nwilkin): CPU Performance Von Neumann Architecture Rom, Ram and Virtual Memory Embedded Systems Secondary Storage

This “producing robust programs” workbook is perfect for students studying for the OCR GCSE (9-1) in computer science and has been updated to completely cover the new specification J277. It can be used in the classroom as a teaching aid, for self-study or as a revision tool. In this resource you will receive an interactive PDF workbook so your students can either print it out and complete the activities by hand or fill it in electronically making this an ideal workbook for use in school or for students studying at home. The answer booklet is provided as a separate PDF file so you can assign your students the workbook without including the answers. This 21-page workbook completely covers the new specification J277 2.3 producing robust programs theory. Table of Contents: Defensive Design Considerations Input validation Maintainability (sub programs, naming conventions, indentation, commenting) The purpose of testing Types of testing (iterative, final/terminal) Identifying syntax and logical errors Selecting and using suitable test data Refining algorithms . You may also be interested in these workbooks which have also been written to cover the J277 specification: Systems Architecture Memory and Storage Computer networks, connections and protocols Network Security Systems Software Ethical, Legal, Cultural and Environmental Impacts Algorithms Programming Fundamentals Boolean Logic Programming Languages and IDEs

How can you teach your students about ROM, RAM and virtual memory in an engaging way? The key is to break up the theory into small manageable chunks and reinforce each section with a variety of activities. And that is exactly what this computer science lesson does. Why spend hours making your own resources when it is all done for you? Download this ROM, RAM and virtual memory computing lesson today and save yourself all that preparation. WHAT IS INCLUDED? Suitable for GCSE Computer Science pupils following either OCR GCSE Computer Science (J277) or AQA GCSE Computer Science (8520) syllabuses. This lesson includes: an attractive dyslexia-friendly PowerPoint presentation, differentiated lesson objectives, videos to change focus and break up the lesson, loads of individual and group tasks and questions, a printable ready-to-use worksheet for classwork, 3 differentiated exam style questions which can be used either in the plenary or set for a homework task, a comprehensive teacher’s lesson plan including ALL THE ANSWERS. . WHAT DOES IT COVER? With virtually no preparation (apart from photocopying the worksheets) you will be ready to teach about your classes about: The difference between ROM and RAM The need for virtual memory and identifies a disadvantage of using virtual memory The types of RAM technology available (DRAM and SRAM) . DURATION: 1 lesson Download this fantastic, ready to use lesson now and take back control of your workload. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of my complete resources for which I usually charge full price but is yours absolutely free when you purchase this product. Just my little way of saying thank you to my valued customers. I hope you enjoy it and get use out of it, with my compliments. Click here to see some more computer science lessons

Here are 6 ready to use computer systems worksheets you can immediately use with your class with absolutely no preparation necessary. They can be printed out or completed on-screen as they comprise of PDF files with editable areas for students to enter their answers. You can even assign these worksheets as learning tasks using a VLE for students working at home. You even have a separate copy of each handout that contains the answers, making these a brilliant easy to use addition to your teacher toolkit. HOW CAN I USE THEM? These worksheets are ideal for An easy grab-and-go classroom activity, homework tasks and cover worksheets. . These engaging worksheets are perfect for computer science teachers, non-specialists and new teachers. WHAT IS INCLUDED? The 6 PDF worksheets included: Input, Process, Storage, Output – An easy worksheet where students need to write their understanding about each term. A great starter activity o find out your students’ current understanding before starting the a computer systems unit. Hardware and Software – This simple worksheet asks students to explain the difference between hardware and software and identify hardware and software from the listed items. This is perfect for a starter or a plenary to recap what they have learnt. Inside the Computer – This asks students to write how different pieces of hardware are used inside a typical computer system. Great as a homework task. Von Neumann Architecture – Students describe what the different registers and parts of a CPU do, including the program counter, accumulator, arithmetic/logic unit and control unit. Great as a homework or to assess their understanding of the parts of the CPU. System Architecture Crossword – Students complete a crossword by using the clues given to them. A nice way of assessing their understanding of key phrases. Perfect for a homework task or plenary. Fetch, Decode, Execute – Students read the description of the processes and tick if they take part in the fetch, decode or execute sections of the processing life cycle. Great as a plenary activity. Don’t forget the answers to each worksheet are included meaning you can use the answers yourself or give them to students for self-marking. These 6 worksheets will quickly become an essential tool in your teacher toolkit. They are a great way to break up the lesson, reinforce the learning and check your pupils’ understanding of computer systems. What are you waiting for? Buy them now and use them straight away to enhance your lessons whilst saving yourself hours of preparation.

This complete lesson introduces pupils to different number types (int and float), changing data types (casting) and manipulating strings in Python. Grab your copy of this ready to use lesson now and become more confident in teaching programming to your pupils. This ready to use lesson is suitable for Key Stage 3 and GCSE computer science pupils. Download this no-prep lesson now to help you take control of your workload. This wonderful, time-saving teaching resource includes an attractive dyslexia friendly PowerPoint presentation that includes differentiated lesson objectives, videos to teach key skills, created in authentic English by an experienced computer science teacher and lots of practical programming practice. It also includes a comprehensive teacher’s lesson plan including all the answers. This ready-to-use lesson is perfect for non-specialist teachers, newly qualified teachers and teachers who are teaching Python for the first time. Please note: This lesson does assume the pupils are familiar with using basic if and else statements in Python as well as using a for loop Duration: 1 lesson This lesson teaches pupils about: Casting Integer (int) Floating-point numbers (float) Strings Concatenation Length Isolating part of a string Changing case (lower, upper and title) . What are you waiting for? Take action straight away and grab your copy of this wonderful lesson today that will keep your pupils engaged and making progress and save you preparation time. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of my complete resources for which I usually charge full price but is yours absolutely free when you purchase this product. Just my little way of saying thank you to my valued customers. I hope you enjoy it and get use out of it, with my compliments. ** [Click Here To See More Of My Great Python Lessons] (https://www.tes.com/resources/search/?authorId=835903&q=Python Lessons&shop=nwilkin)**

Planning you first lesson to welcome your new year 7 computing class? This lesson includes an attractive editable PowerPoint presentation which covers the following skills: Logging on to the school network Creating a strong password Searching the internet This allows you to get to your know classes a little easier, learn their names and make an initial judgment on their current ICT abilities. This resource also includes teachers lesson plan, teachers observation form and a worksheet and answers. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments.

Create an attractive display in your computer room to help explain to your students how to use the popular programming technique of rubber duck debugging. This resource includes all the elements required to create a main display and also includes handy, smaller posters to dot around the room as visual prompts to students and “flat ducks” that can be stuck to desks for pupils to talk to if you don’t have any 3D ducks available. Buy this ready-to-use resource now and instantly brighten up your classroom with a display that is both engaging and useful. HOW CAN YOU USE THIS DISPLAY? This display works well when all three sections are combined using: a display board in your room for the main display several smaller posters at eye level for use when pupils are sitting at their desks and a small “flat duck” stuck next to their computer on their desk (ideally so it looks like the duck is looking at the screen) . PREPARING THE DISPLAY You have colour and black and white versions. Print only the relevant pages you need. You may need to print some pages more than once (i.e. the rubber duck images). It is best to print the pages in colour if you can, but I have included a black and white version too. If you are printing in black and white you may wish to print them onto coloured paper/card to add a bit of interest in your classroom. I suggest printing the sections for the wall display on card or laminating each page before cutting out the sections to give a more professional finish. Carefully cut out all the sections and add them to your display space (making sure the letters are the right way up and in the correct order). I’ve also included a suggested layout to give you an idea of how you can arrange the main display. However, you may want to arrange it slightly differently to fit the space you have. Add the smaller individual posters at eye-level height as a prompt for the students when they are working. Finally, if you do not have any rubber ducks for your students to talk to you can use the printed “flat ducks” as a substitute. Cut out the smaller ducks and stick them to the desk (preferably facing the monitor) which students can talk to. What are you waiting for? Buy this resource now and add instant impact to your classroom, the easy way. Why not also download my FREE rubber duck debugging lesson? It includes an easy-to-follow PowerPoint presentation and 3 Python programs for the students to debug. Click here to find out more.

Supercharge your teaching with these irresistible worksheets that ignite a passion for Python Programming! Designed to complement the Teach Computing Year 8 “Introduction to Python Programming” scheme of work, these 5 stunning, no-prep worksheets enhance learning and spark critical thinking. Several worksheets are on-screen friendly meaning no printing costs, just an exciting twist in the classroom! FOR WHOM? Tailored for year 8 pupils who are following the “Introduction to Python Programming” scheme of work these ready to use worksheets are suitable for experienced computing teachers and non-specialist teachers. These worksheets have been developed to compliment your existing scheme of work, break up the lessons and can promote deeper thinking into the subject matter along with giving your students vital extra programming practice. WHAT’S INSIDE? Uncover magic with these 5 comprehensive PDF worksheets, all of which are accompanied by a separate PDF which includes the answers: First Steps – 4 Python programming challenges to reinforce the use of the print command. 2 of the activities give the pupils the chance to practise identifying and correcting syntax errors. Crunching numbers – This worksheet includes 6 Python programming challenges which use +, -, *, /, // and % mathematical operators. This includes one challenge to identify and correct a syntax error. If – This worksheet includes 3 Python challenges which require pupils to use the IF, else statements, one of which is displayed as a flow diagram to help pupils envision the logic in an alternative way, deepening their understanding from just written challenges. Elif – Includes 4 Python challenges using if, elif, else statements. 1 includes an error they need to identify and correct, and another includes a flow diagram to deepen their understanding. While – This final worksheet includes 3 Python programming challenges that use the while function, one of which includes a flow diagram to follow. Break monotony, energise your lessons and reinforce learning with these versatile and attractive worksheets giving your pupils vital extra programming practice, necessary to really embed the skills taught in the scheme of work. Ideal for time-strapped teachers seeking engaging, hassle-free activities. Transform teaching and instil skills required to create simple Python programs. Perfect for ready-to-use alternatives to compliment your current scheme of work, these captivating worksheets are available now! Grab your copy now and embark on an exhilarating teaching journey! #tcer&ws

This highly engaging series of 3 lessons can be run with no student computers so is suitable for lessons in a standard non-ICT classroom, in a computer suite or when pupils are self-isolating at home. Each lesson comes with a dyslexia-friendly PowerPoint presentation that includes all the instructions and takes the teacher and class through each lesson making this resource suitable for specialist and non-specialist teachers. The students have a workbook they fill in each lesson as they progress, extending their knowledge and helping you monitor their progress. An answer book is provided which can be used by the teacher or issued to students as a self-marking aid. This is a hands-on enjoyable series of three lessons that help pupils understand the hardware in a computer along with common software. Written for KS3 this is suitable for years 7 to 9 and can even be used with GCSE groups if you wish. Equipment needed: pupils should have access to a pair of scissors, a glue stick and a sheet of colourful A4 (or letter sized) paper along with a print-out of the 7-page template and 13-page workbook each (oh, and they will also need a pen). FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments.

In this high-quality 6-lesson complete scheme of work, pupils will be introduced to the programming language “Scratch 2”. Moving sprites using the mouse and keyboard as well as moving automatically around the screen Repeat and forever loops If statements and If…else statements Use sensing tools so sprites can interact with each other Use questions and answers in programs Create and use variables to store and manipulate values during the running of programs Create their own sprites and backgrounds Use costumes Apply broadcast messages This unit is ideal if the pupils have never used Scratch before or have had only very limited experience. Suitable for KS3 Computing and ICT classes. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of my complete resources for which I usually charge full price but is yours absolutely free when you purchase this product. Just my little way of saying thank you to my valued customers. I hope you enjoy it and get use out of it, with my compliments.

This visually appealing knowledge organiser is a quick summary to recap binary representation. It can help pupils revise for end of unit tests or GCSE computer science exams by including small straightforward facts that can be learnt in minutes. A powerful revision aid that your students will love. What are you waiting for? Grab your copy now and together we can boost your pupil’s confidence in understanding data representation. WHAT IS INCLUDED? This PDF knowledge organiser includes the important facts and a separate PDF document includes revision tips and an exam style question including a possible answer. HOW CAN I USE IT? This resource makes an ideal homework task, can be used as part of a lesson or given to pupils to help them with their revision. WHAT DOES IT COVER? This knowledge organiser includes easy to digest facts on the following topics: Data units Converting denary whole number to binary Add binary numbers Use binary shifts Convert binary into hexadecimal numbers The use of check digits Representing characters Character sets Representing images in pixels Metadata Colour depth Resolution Calculating the size of an image Sound sampling Sample size Bit rate Lossy and lossless compression . Get your copy of this fantastic knowledge organiser now. You’ll wonder how you ever managed without it. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments. Click here to see my other computer science knowledge organisers

This end of unit test can be used to assess the pupils understanding of Excel basic features and includes written and practical elements to the test. It asks questions on basic mathematical operators (+, -, * and /), the order of calculation (BODMAS), basic functions (SUM, AVERAGE, MIN and MAX), relative and absolute cell references, basics formatting, creating graphs along with sorting and filtering data. Suitable for GCSE ICT classes and KS3 Computing and ICT classes. Please note: The test and answer documents are provided in PDF format so are not editable. FREE BONUS PRODUCT INCLUDED As a special thank you for purchasing this product I am pleased to be able to also include a surprise FREE bonus gift. This gift is one of our complete resources which we will usually charge full price for but is yours absolutely free when you purchase this product. Just our little way of saying thank you to our valued customers. I hope you enjoy it and get use out of it, with my compliments.

A great, new quiz from Nichola Wilkin Ltd. As has become a bit of a tradition, my quizzes are used by thousands of schools every year to give pupils a fun final lesson before they break up for summer. This whole class quiz is ideally suited to keep your students engaged and settled for the final lesson of the summer term. Suitable for key stage 3 and GCSE classes. The quiz includes computer science elements as well as other fun, summer related questions getting them into the summer holiday spirit. Each round includes 5 questions and after each round the teams swap their answer sheets to mark them (all answers are provided within the presentation) allowing the quiz to easily be cut shorter if you need to. The 9 rounds this year include: Computer anagrams Summer objects Programming Films Computer hardware Logic questions Identify the character Multiple choice computer science questions, and of course Song lyrics Have a fantastic summer! You may also like these other great end of term activities I have produced: End of Term Computer Science Murder Mystery Revision End of year Computing Summer Quiz 2018 End of year Computing Summer Quiz 2017 End of year Computing Summer Quiz 2016

This practical hands-on activity is best used to introduce pupils to binary for the first time. It takes about 20 minutes to make the calculator, following the instructions on page 2 (they will need scissors) which can then be used in the lesson to help the pupils convert from binary to denary values.