Powerpoint lesson for Edexcel GCSE foundation unit 6 with a work booklet and lots of assessment for learning activities. Skills covered include – Identify and using angle, side and symmetry properties of simple quadrilaterals and triangles. Identifying congruent shapes. This lesson was specially made to cover the objectives of the Pearson textbook section 6.1 (apart from angles in quadrilaterals- this is a separate lesson) Time saving resource for busy teachers! You should be able to teach a lesson with hardly any preparation (mainly printing and maybe some cutting!). Fully differentiated objectives: Blue: Identify angle, side and symmetry properties of simple quadrilaterals and triangles Gold: Identify congruent shapes Red: Identify and begin to use angle, side and symmetry properties of quadrilaterals This resource includes: • A PowerPoint •A pdf of the power point slides with some notes included on how to use some of the resources. •Answers on the powerpoint and on a separate pdf file (print off to give to students that aren’t able to see the board as well, or use to mark as you go) • A differentiated Work booklet that includes self-assessment sections • A card sort for properties of shapes(this could be done alone or in pairs, or in groups!) •A properties of shape revision/foldable guide students can refer back to •An identifying congruent shapes treasure hunt The PowerPoint includes everything you need to teach right away. The lessons use the following format: •Starter • Objective and levels • A “how to teaching portion” with animated examples • An AfL miniwhiteboard quiz • Answers to all the booklet questions • Plenary (with answers) The powerpoint and booklet are currently set up for GCSE maths grades, however you can edit the grades to reflect KS3 or your own schools assessment criteria. In the word booklet if you change any grade (e.g the blue section) it should automatically change the rest of that colour into the same grade. This will take up a whole lesson. I also have other resources for this unit available here U6FE

This is a set of 20 task cards on perpendicular and angle bisectors in triangles. Includes: a. GOOGLE SLIDES for GOOGLE CLASSROOM (paperless) b. PowerPoint and SmartBoard files c. Blue and Black versions to print. d. Absent student sheet e. Teacher Quick Reference sheet f. Recording sheet g. Answer sheet

A powerpoint focusing on mastering the area of triangles. Contains questioning on fluency, application, reasoning and problem solving. Worksheet on a seperate PDF file and included in the PowerPoint. Ideal for KS3 and foundation GCSE new specification.

2D Shapes - PowerPoint 15 slides Fully editable Slide 3: Name the 3D Shape – Warm Up Activity Slide 4: Name the 2D Shape Slide 5: Straight-sided 2D Shapes Slide 6: Triangles Slide 7: Quadrilaterals

This powerpoint contains a series of activities for Lower KS2 pupils. It allows them to explore triangles and discuss what they know about their properties. The activities are practical and there are prompts in the notes on each slide. Children have many misconceptions about this seemingly simple shape and in my many years of teaching experience their answers to the simplest of questions (Is this a triangle - when it is in its ‘side’?) never cease to amaze me! All teachers will enjoy listening in to the conversations that children will have while doing these activities. There will also be lots of opportunities for assessment as you listen in!

This pack contains all you need for a complete lesson to teach Y6 children how to find the area of right angled triangles in an engaging cross-curricular (World War 2) lesson. Features: - Detailed lesson plan with transparent learning objectives and clear instructions. - PowerPoint slides with contextualized learning, an engaging design, and resources to model the independent activity. - Independent worksheet activity for pupils to complete with differentiated outcomes to challenge pupils that are working above age expectations. - Cross curricular (history- world war 2) contextualized problems to solve This activity works best on a smart board with which you can write over the slides to model the activity with a similar problem before pupils are given independent work.

7 slide Powerpoint presentation National 5 Mathematics Pythagoras and Circles problem solving questions 77 slide Powerpoint presentation National 5 Mathematics circles and tangents problem solving questions 2 page summary notes and problem solving question homework sheets on areas and arc lengths of sectors. 19 slide Powerpoint presentation revising circle properties and theorems. 2 page worksheet on triangle sum of angles and exterior angles 41 slide Powerpoint presentation on alternate/interior/exterior angles etc of different types of triangles 5 slide Powerpoint presentation on finding the area of triangles (not just right-angled) 20 slide Powerpoint presentation on similar and congruent triangles

This teaching resource pack contains 4 PowerPoint lessons and accompanying worksheets covering properties of shapes. 2-D Shapes - in this 38 slide PowerPoint teaching resource pupils will learn how to recognise and draw 2D shapes. 3-D Shapes - in this 35 slide PowerPoint teaching resource pupils practise recognising and describing 3D shapes and learn how to make 3-D models using nets. Angles - in this 32 slide animated PowerPoint teaching resource children are taught how to recognise angles as a description of a turn and by their size. Lines - in this 32 slide animated PowerPoint teaching resource students practise recognising parallel and perpendicular lines through descriptions, diagrams and images of shapes and international flags. All lessons include interactive quizzes and worksheets to consolidate understanding.

PowerPoint and Slides lesson involving identifying triangles by equality and angle size Please read preview before purchase

This has a few of the slides from the full PowerPoint which is available via my shop. It is also available in printed form. Below is a description of the full version. Extract In your desperate attempt to escape the pack of ravenous dogs, you find yourself in a deep ravine. The rock face on both sides is almost vertical and you are far too tired, anyway, to even contemplate climbing your way out. To get as far away from the dogs as possible, you decide to go forwards – walking through the shallow water because you believe that it will help to disguise your scent should those animals return to hunt you down. This maths adventure comes in four parts. It could be completed over several lessons or given as homework over several weeks. The idea is that the children have to solve a maths problem before the teacher will progress to the next slide. This could be completed over several lessons. It was created using PowerPoint 2013. THIS RESOURCE IS ALSO AVAILABLE IN PRINTED FORM. *** For FREE writing frames and templates - please visit my website. You can find the address in my Tes shop.

PowerPoint and Slides lesson and worksheets involving identifying triangles by equality and angle size Please read preview before purchase

This teaching resource pack contains 3 PowerPoint lessons and accompanying worksheets covering geometry. It includes: 2-D Shapes - in this 36 slide PowerPoint teaching resource pupils begin to compare and classify 2-D shapes based on their properties and sizes. Angles - in this animated 27 slide PowerPoint teaching resource students are taught how to identify angles and compare and order angles by size. Symmetry - in this animated 29 slide PowerPoint teaching resource students are taught to identify lines of symmetry in 2-D shapes and complete a simple symmetric shape. All lessons include interactive quizzes and worksheets to consolidate understanding.

Interactive Powerpoint presentation leads students through finding area of rectangles, triangles and irregular quadrilaterals. Includes decomposing quadrilaterals to find total area. Editable version included. Presentation works without PowerPoint software. NO PREP. Use with smartboard, projector, computer, pad or as printables. Great lesson for cooperative learning. Objectives: Find the area of triangles and quadrilaterals Find the area of polygons by decomposing into triangles, rectangles and other shapes Use area methods to solve mathematical problems Includes 18 interactive slides Aligned with NCCS Math 6.G.1

A few years ago I wrote a set of notes for pupils and put them on my website. The notes were supposed to be written in a pupil-friendly way, and different to notes students might find in textbooks or elsewhere on the internet. I have converted the notes to PowerPoint slides so you can download them, adapt them if needed, use them in revision lessons or perhaps give your students a set to take home with them to help them prepare for exams. The chances are there will be a few mistakes here and there, so if you spot any please email me & I will correct them. Hope they are of use!

An excellent way of seeing the properties of shapes and introducing paper folding.

A few years ago I wrote a set of notes for pupils and put them on my website. The notes were supposed to be written in a pupil-friendly way, and different to notes students might find in textbooks or elsewhere on the internet. I have converted the notes to PowerPoint slides so you can download them, adapt them if needed, use them in revision lessons or perhaps give your students a set to take home with them to help them prepare for exams. The chances are there will be a few mistakes here and there, so if you spot any please email me & I will correct them. Hope they are of use!

PowerPoint Presentation on on Shapes, Angles and Construction – Shapes – Terminology and Properties (18 slides): Defines key terms relating to shapes and angles and explains the types and properties of triangles and quadrilaterals. This is 1 of 14 PowerPoint Presentations on on Shapes, Angles and Construction, written by a highly experienced teacher (of 25+ years), senior examiner and reviser for Maths and Stats examinations. The full set of 14 (238 slides, excluding Title Pages) can be purchased at a discounted price from www.apt-initiatives.com and covers the following topics: 01 Shapes – Terminology and Properties (18 slides): Defines key terms relating to shapes and angles and explains the types and properties of triangles and quadrilaterals. 02 Angles – An Introduction (25 slides): Links turning, compass points and analogue clock hands to multiples of 90°. Explains key words, types of angles, estimating angles and measuring angles. 03 Angles – Simple Facts (20 slides): Explains how: complementary angles add up to 90, supplementary angles add up to 180, angles at a point add up to 360, vertically opposite angles are equal, angles in a triangle add up to 180, and angles in a quadrilateral add up to 360. 04 Angles – Polygons (20 slides): Reviews the names of common polygons, explains how to calculate exterior and interior angles of regular polygons as well as missing angles of irregular polygons, and explains what is meant by the term tessellation. 05 Angles – Parallels (23 slides): Explains the types of angles formed when a transversal line crosses parallel lines and explains how this knowledge can be used to calculate missing angles. 06 Angles – Bearings (9 slides): Defines bearings and explains how knowledge of angles at parallel lines can be used to find bearings. 07 Circle Theorems (21 slides): Reviews terms linked to circles, explains the eight circle theorems and how these can be applied to find the size of angles. 08 Basic Trigonometry (24 slides): Explains the basics of trigonometry relating to sine, cosine and tangent values for right-angled triangles, and how to find missing sides and missing angles using trigonometry. 09 Sine Rule (14 slides): Explains the Sine Rule and how to use it to find missing sides and angles in triangles. 10 Scale Drawings (11 slides): Explains how to calculate real and scale distances on scale drawings. 11 Constructions (13 slides): Explains how to construct SAS, ASA, and SSS triangles. 12 Bisectors (11 slides): Explains how to Explains how to bisect a line and bisect an angle. 13 Locus (14 slides): Explains how to find the locus of a given situation 14 Views (15 slides): Explains isometric views, elevations (front, side and back), and plans. The purchase of this resource comes with a licence to make the resource available in digital and / or in print form (including photocopying) to the staff and students attending the purchasing institution, ie the individual school / college on a single site.

This is a PowerPoint game on the Pythagorean Theorem and its Converse. Use as a game (22 problems) where students will lose points 2 times or use as a review (24 problems). I’ve included 32 problems to choose from. Some of the problems include simplifying a radical. If you don’t do that topic, you can easily change the slides to a different problem. There are 32 problems to pick from if you don’t like some of the 24 in the review or 22 in the wipeout game. The PREVIEW shows some of the problems. Determine if a set of 3 numbers forms an acute, right, or obtuse triangle. You can always add your own pictures of problems to this game.

A Powerpoint looking at shapes. This powerpoint has 16 slides (Including one title and one end slide). Designed for KS2. This covers Triangles, Quadrilaterals and other Polygons. Both the original and new version of the powerpoint are included.

2-D Shapes – Grade K Geometry In this Grade-K teaching resource students are taught to identify and describe 2D shapes (squares, circles, triangles rectangles, and hexagons) and analyze, compare and compose shapes as per the Common Core Standards for Kindergarten Geometry. The resource contains a fully editable 60 slide PowerPoint presentation, interactive activities and 12 accompanying worksheets. Common Core Standards: K.G.1.2.3.4.6

PowerPoint Presentation on on Shapes, Angles and Construction – Angles – Simple Facts (20 slides): Explains how: complementary angles add up to 90, supplementary angles add up to 180, angles at a point add up to 360, vertically opposite angles are equal, angles in a triangle add up to 180, and angles in a quadrilateral add up to 360. This is 1 of 14 PowerPoint Presentations on on Shapes, Angles and Construction, written by a highly experienced teacher (of 25+ years), senior examiner and reviser for Maths and Stats examinations. The full set of 14 (238 slides, excluding Title Pages) can be purchased at a discounted price from www.apt-initiatives.com and covers the following topics: 01 Shapes – Terminology and Properties (18 slides): Defines key terms relating to shapes and angles and explains the types and properties of triangles and quadrilaterals. 02 Angles – An Introduction (25 slides): Links turning, compass points and analogue clock hands to multiples of 90°. Explains key words, types of angles, estimating angles and measuring angles. 03 Angles – Simple Facts (20 slides): Explains how: complementary angles add up to 90, supplementary angles add up to 180, angles at a point add up to 360, vertically opposite angles are equal, angles in a triangle add up to 180, and angles in a quadrilateral add up to 360. 04 Angles – Polygons (20 slides): Reviews the names of common polygons, explains how to calculate exterior and interior angles of regular polygons as well as missing angles of irregular polygons, and explains what is meant by the term tessellation. 05 Angles – Parallels (23 slides): Explains the types of angles formed when a transversal line crosses parallel lines and explains how this knowledge can be used to calculate missing angles. 06 Angles – Bearings (9 slides): Defines bearings and explains how knowledge of angles at parallel lines can be used to find bearings. 07 Circle Theorems (21 slides): Reviews terms linked to circles, explains the eight circle theorems and how these can be applied to find the size of angles. 08 Basic Trigonometry (24 slides): Explains the basics of trigonometry relating to sine, cosine and tangent values for right-angled triangles, and how to find missing sides and missing angles using trigonometry. 09 Sine Rule (14 slides): Explains the Sine Rule and how to use it to find missing sides and angles in triangles. 10 Scale Drawings (11 slides): Explains how to calculate real and scale distances on scale drawings. 11 Constructions (13 slides): Explains how to construct SAS, ASA, and SSS triangles. 12 Bisectors (11 slides): Explains how to Explains how to bisect a line and bisect an angle. 13 Locus (14 slides): Explains how to find the locus of a given situation 14 Views (15 slides): Explains isometric views, elevations (front, side and back), and plans.