This is a whole lesson looking at the different aspects of Two-Way Tables. This is a way of displaying data and questions are often more varied than some students may think. The lesson covers three main types of questions 1) Filling in missing data 2) Reading data from a two-way table 3) Taking figures out of a worded context and putting it into a two-way table in order to solve a probability. This lesson is ready to go, with no prep required. It is also great for home learning and flip learning. 22-slide presentation + ORIGINAL VIDEO CONTENT + 2 worksheets. This lesson includes: starter (worded problem) learning objectives (differentiated) keywords superb teaching slides throughout lots of different examples (3 different types of questions) FULL ORIGINAL VIDEO CONTENT (10 MINS) MWB activities (to judge understanding and correct misunderstandings) Worksheet (with answers) Exam Questions (with answers) Plenary Statistics - ALL LESSONS ALSO: Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues and we will respond within 24 hours Lessons are flat-packed (limited editing) for copyright purposes Thank you in advance for your support, purchase and feedback  #mathslessons #maths #secondarymaths #mathscenters #teachingideas #algebra #teacherslife #teachingkids #teachingmaths #mathsactivities #homeschooling #tesresources #teaching #mathsisfun #teachershare #teachertips #teachers #KS3 #KS4 #KS5 #igcse #doodlenotes #gcsemaths

Venn Diagrams are a more recent addition to GCSE Maths and the new 9-1 syllabus. This popular resource is an excellent introduction to sorting numbers into Venn diagrams (with categories such as ‘Factors of 12’, ‘Prime Numbers’, ‘Multiples of 3’ etc) and then leads onto calculating probabilities based on the Venn Diagrams i.e. ‘What is the probability that the number chosen is more than 5 but not a multiple of 3?’ The resource contains… A worksheet sorting numbers into Venn Diagrams An extension task where students have to write their own categories Two worksheets where students have to complete a Venn Diagram and calculate probabilities An extension where students have to write their own probability questions This resource is ideal for recapping factors, multiples, primes and square numbers and a great way to introduce Venn diagrams to prepare students for problems on set theory.

This complete lesson could be used at upper KS2, KS3 or even for revision for Foundation KS4 students. I have used this with both primary classes and lower ability secondary classes. The lesson covers the probability scale (likelihood and expressing probability as fractions) and provides students witha variety of different basic probability style questions.

This is a whole lesson on Listing Outcomes. The lesson also includes finding probability afterward and looking at listing outcomes with two or three events and some more complex questions. This lesson is ready to go and is superb for home or distance learning. Great for flipped learning. 16-slide presentation + lots of supplementary resources. The lesson comes with: Starter Learning Objectives (differentiated) keywords superb teaching slides (with custom animation) lots of examples Worksheet (with answer key) Additional fun Worksheet (great for homework) Plenary ALL LESSONS on Geometry in one large Bundle: Geometry: ALL Lessons ALSO: Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues and we will respond within 24 hours Lessons are flat-packed (limited editing) for copyright purposes Thank you in advance for your support, purchase and feedback  #mathslessons #maths #secondarymaths #mathscenters #teachingideas #algebra #teacherslife #teachingkids #teachingmaths #mathsactivities #homeschooling #tesresources #teaching #mathsisfun #teachershare #teachertips #teachers #KS3 #KS4 #KS5 #igcse #gcsemaths

This lesson is demonstrates through worked examples how Venn diagrams can be used to obtain the probability of a given event. The lesson also has a worksheet attached.

Teaching probability tree diagrams for the first time? Or just need to go at a slower pace (With visual prompts) then this is the perfect resource for your lesson. The resources could last between 2-3 lessons depending on the group. There are 28 slides including a history of tree diagrams, example GCSE questions where students are required to understand that probability adds up to 1. There are support examples which lead students step by step through the idea of how to form the fractions to fill in the tree diagram. There are lots of examples and questions where you can cross out the red/yellow counters to help students understand the idea of without replacement as you progress through the lesson(s).

A powerpoint including examples, worksheets and solutions on probability of one or more events using lists, tables and tree diagrams. Also covers expectation, experimental probability and misconceptions relating to probability. Also includes some classics probability games, puzzles and surprising facts. Worksheets at bottom of presentation for printing.

Six lessons on Probability. Foundation tier. GCSE. All resources are attached in the Notebook file. Learning Objective 1: to be able to understand the probability scale and calculate total probability Learning Objective 2: to be able to write probabilities as fractions, percentages or decimals and calculate the probability of an event not happening Learning Objective 3: to be able to find the expected number of outcomes in an experiment Learning Objective 4: to be able to understand that relative frequency can be used to estimate probability Learning Objective 5: to be able to list outcomes systematically, and find their probabilities Learning Objective 6: to be able to complete probability tables, knowing that probabilities add to 1

This PowerPoint presentation is used to introduce students how to construct and use a Tree diagram. Through a series of worked examples students learn how to answer a variety of probability questions by using a tree diagram. The Answers provided with this purchase are for the free worksheet provided in my shop.

This is a whole lesson on Tree diagrams. The lesson builds on first introductory lesson by looking at problems that are NOT independent or do not include replacement. I.e. more challenging tree diagrams. This lesson is ready to go, with no prep required. It is also great for home learning. 19 slide presentation + resources. The lesson comes with: a Starter Learning Objectives key words superb teaching slides (lots of custom animation) lots of examples Worksheet (with answers) Plenary. ALL LESSONS on Statistics in one MEGA BIG Bundle: Statistics: All Lessons + All Resources ALSO: Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues and we will respond within 24 hours Lessons are flat-packed (limited editing) for copyright purposes Thank you in advance for your support, purchase and feedback #mathslessons #maths #secondarymaths #mathscenters #teachingideas #algebra #teacherslife #teachingkids #teachingmaths #mathsactivities #homeschooling #tesresources #teaching #mathsisfun #teachershare #teachertips #teachers #KS3 #KS4 #KS5 #igcse #learning #gcsemaths

Probability and Math Escape Room - Digital Escape Room - Looking in depth at probability - Digital Escape Room for Students KS4 or KS3 . Escape Room is fully editable so you can chose to adapt the vocabulary if you want. This lasts an hour or under depending on how quick students can solve each puzzle! Students love this style of lesson, great as an educational treat for your class to start the year and engage them in some fun problem solving. C8/ES/220 How can this resource be adapted for social distancing? Upload / send the sheets digitally so students who can work independently through them (don’t use the keys or PPT tracker if so) Could use as part of a Recovery Curriculum Set the 7 Puzzles for Homework Pairs instead of groups Product Contents: ☞ Escape Room Interactive Tracker PowerPoint - Keeps the competitive nature on display ☞ Escape Room Puzzle Keys (Six Sets for Six Teams) ☞ Escape Room Team sheet - Record codes, answers clues as they progress through the 7 rooms ☞ Escape Room Puzzles (7 Rooms = 7 Different styles of Puzzles) ☞ Teacher Answer Sheet - Quickly confirm to teams they have solved the puzzle correctly ☞ Teacher instructions of how to set up the escape room and what to print and top tips and shortcuts. ☞ Successful Escape Certificates for those that complete the entire challenge (There is a difficult bonus escape too :) for any quick teams ☞ The 7 Rooms each have a specific Puzzle that has been adapted to suit the topic of this Escape Room and is suitable for Maths Students You may also want to check out some of our popular selling MATHS resources for your students: ✰ Probability - Maths Escape room ✰ End of Term Maths Escape Room ✰ Algebra Escape Room ✰ Different Shapes - Escape Room ✰ Christmas Maths Escape Room ✰ Christmas Maths Bundle ✰ Sequence and Series Math Topic ✰ Numbers - Math Escape room ✰ Data and Statistics - Math Resource ✰ Careers in Maths ✰ Coordinate Geometry Resource

PROBABILITY - A step by step guide to ALL of the topics covered at Foundation level. I’ve shown examples of how to successfully answer each questions, followed by a typical GCSE exam question. Each topic could be used toteach your students in KS3, or as revision for your Year 11 students. All you will need to do is have some suitable worksheets at hand.

This lesson titled ‘Completing Frequency Trees’ is fully differentiated, and uses whiteboard questions as a scaffolding and Assessment for Learning method. These whiteboard questions are also particularly useful for reducing students’ maths anxiety by providing them with multiple answer they can choose from. All of the whiteboard questions have diagnostic-style wrong answers, obtained from common misconceptions The title of the lesson is throughout the PowerPoint. This provides consistency throughout, allows students to catch up if they missed it, and takes late-comers into consideration. The date is also throughout the PowerPoint and updates automatically. This is done so that the students know exactly where it is each lesson, and to make it easier on the class teacher. A dyslexic-friendly font (Verdana) is used throughout the PowerPoint and any worksheets. Worksheets are embedded in the PowerPoint on the slides to which they relate. Animated answers to all questions are provided where possible. The learning objectives are designed to be as short sentences as possible to allow students to read them and write them down (if necessary) as quickly as possible. They also use a mixture of simplistic and specialised words to engages students’ thinking about definitions whilst allowing them to access the meaning of the sentences. These objectives are reviewed at the end of the lesson as a self-evaluation of learning technique. Students are awarded ‘brain’ medals depending on how well they have done. These are kept as simple as possible and broken down carefully. This is to encourage students to access the material whilst giving them the confidence by achieving something in the lesson. B) Read Frequency Trees. S) Discover how to find missing values. G) Complete Frequency Trees. If you like the resource, please leave a review. If you didn’t please leave one anyway with any suggestions on how I could improve it. Whilst this lesson is part of a larger bundle, and does link nicely with some of the other lessons, it can certainly be used independently as well.

A brief PowerPoint presentation on probability.

3-4 lessons. Includes recaps on: Finding probabilities, independent and mutually events, and sample space diagrams. The presentation features a step by step guide, worked examples and practice questions. Objectives: Use tree diagrams to calculate probabilities of a combination of events. (7) Use tree diagrams to calculate probabilities of conditional events. (8)

Choose 9 answers from a grid of 16. 3 different games. All answers included.

A PPT and lesson plan that I used during inspection week which went really well! the children got to eat the Skittles at the end if they worked hard enough ;) There’s also a meme at the end that inspires some good thinking (and the children love!)

3-4 lessons. Includes recaps on: Finding probabilities, independent and mutually events, and sample space diagrams. The presentation features a step by step guide, worked examples and practice questions. Objectives: Use tree diagrams to calculate probabilities of a combination of events. (7) Use tree diagrams to calculate probabilities of conditional events. (8)

I’ve used these very successfully with year 5 to introduce a practical application to probability. I recommend that you use coins, dice, dominos and playing cards during the lessons but they can be used just as easily without. You may also have a large dice, dominos or playing cards that you can use to introduce the 4 lessons, or to use with lower abilities. The tasks in order of complexity are; • Coin toss investigation, • Dice roll investigation, • Dominos investigation and • Playing cards investigation.

Powerpoint: view in slideshow. Simple probability through to tree diagrams. Many examples.