A good way to round off the topic of angles with this colouring sheet. Pupils are able to self assess by seeing if their answer is in the colouring area.

Suitable for both Key stage 3 and 4. This lesson and worksheet is designed to help pupils revise angles in parallel lines. The lesson is fully differentiated featuring a starter, main and plenary for pupils to work through. There are numerous examples, practice problems and challenges for pupils to complete. The worksheet is fully differentiated (mild, medium spicy, hot and challenge) allowing pupils to work at different levels simultaneously. The worksheet also features a section for pupils to self-assess their understanding and set a target for next lesson

Here is a full lesson on finding the sum of interior angles in a polygon. The lesson looks at what a polygon is, then finding the sum of interior angles through breaking into triangles then using the sum of interior angles to find a missing angle. It contains examples, a differentiated worksheet and answers included on the slides. Hope it helps and have fun teaching!

This lesson covers the full range of attainments for missing angles in a triangle. It starts by recapping prior knowledge on angles on a straight line and around a point before moving onto the basics of angles in a triangle. This lesson allows the topic to be differentiated for a variety of attainment levels and could easily be adapted to meet the need of higher or lower attaining groups through missing out specific examples. The lesson does not look at the specific angle properties of isosceles and equilateral triangles, however, I do have a lesson on this available. This lesson spends time really allowing students to build an understanding of angles in a triangle and build change though the interleaving of previous learning on angles and through the involvement of forming and solving a variety of equations. The lesson includes; Starter Introduction to the topic in small chunks Opportunities to practice basic skills through a collaborative activity. Clear modelling through “I do” and “You Do” examples. Multiple choice questions to draw out misconceptions. Differentiated worksheet. A challenge question. The lesson includes the solutions and is fully animated which will make it perfect for delivering live remote lessons.

In this activity, students will classify angles (graphic and numerical representations) as obtuse, acute, straight, or right. Then, they will color a pattern according to their answers to reveal a beautiful, colorful mandala! This no-prep activity is an excellent resource for sub plans, enrichment/reinforcement, early finishers, and extra practice with some fun. It is especially useful for end-of-year practice, spiral review, and motivated practice when students are exhausted from standardized testing or mentally “checked out” before a long break (hello summer!). Color motivates even the most challenging students and the students get a fun chance to practice their essential geometry skills. In addition, the finished products make fabulous classroom decor!

everything u need 2 know about angles

A powerpoint teaching camera angles and camera shots, followed by quizzes for each. There is also a few other worksheets, and a booklet for students to record their notes on.

A worksheet on angles - edited now in view of comments on it. Hopefully the newer version is improved.

A two page worksheet with four questions to interpret an angle from a diagram of a protractor (in degrees), four questions to determine the degree and type of angle (i.e. acute or obtuse) and three questions regarding student's knowledge of obtuse, acute and right angles (and their ability to calculate them from reading a protractor). **Answers can be filled in on sheet or pictures of protractors & questions can be stuck in books & answered there.

This pack contains two activities to motivate using a protractor and ruler carefully. 1. Impossible Constructions This activity requires students to try and draw a series of shapes, with the knowledge that at least one of them is impossible! For example, can they construct a triangle with two obtuse angles? Why? Why not? 2. Draw that Space Ship! This activity requires students to try and make an accurate version of a space rocket. They must draw lines and angles accurately in order for the spaceships to turn out correctly. There are two different Space Ships for students to work on, of increasing difficulty! Answers are included.

This is a whole lesson on Angle Rules and Parallel Lines. This comes as part of a great series on different angle rules. This lesson builds on the first lesson (angles on a straight line and around a point) by looking at corresponding, alternate, and supplementary angle rules. Teaching all the angle rules over more lessons does pay dividends and so this lesson fits into the bigger bundle available on angle rules. This lesson also introduces algebra from the start to get pupils used to it from the get-go and to help develop these core skills. This lesson is ready to go with no prep required. It is also great for home learning and flip learning. 18 slide-presentation + ORIGINAL VIDEO CONTENT + worksheets The lesson comes with: + Starter + Learning objectives (differentiated) + Keywords (different types of angles) + AFL activity + excellent examples + super clear teaching slides + FULL ORIGINAL VIDEO CONTENT (10 MINS) + Differentiated worksheet (with answer key) + Puzzle 'Follow Me' Worksheet + Handout (great for student notes) + plenary All 7 LESSONS on Angle Rules are available as a bundle and All Geometry Lessons as one MEGA BIG BUNDLE are available from the links below: Angle Rules BUNDLE (7 Lessons) 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 #learning #gcsemaths

Measuring and Classifying Angles You’ll get 5 worksheets that you can use for short assessments, morning work or warm up exercises. Students will be able to easily practice geometry while having fun! It’ll be a useful resource during your class that will boost your teaching efficiency! Thank you for stopping by! You can contact me with questions about this product. Thank you for all reviews, ratings and comments you leave on my profile!

This high quality poster is ideal for your classroom wall, bulletin board or math display. It makes a great anchor for students (and teacher) to refer to. I have included 4 designs with different colored tittles to fit your room decor. Angle definitions and examples on the poster are: Acute, Right, Obtuse, Straight, reflex, Full, Adjacent, Complementary, supplementary and vertical. Enjoy.

A complete lesson on interior angles of polygons. Activities included: Starter: A slide showing examples and non-examples of interior angles, for pupils to think about a definition, followed by a set of images where pupils must identify any interior angles (sounds easy and dull, but isn’t!) Main: A recap of visual proofs of why the interior angles of a triangle sum to 180 degrees and those of a quadrilateral sum to 360 degrees, leading to the obvious question of “what next?” Prompts for the usual “investigation” into the sum of interior angles for polygons, by splitting into triangles. A set of questions designed to be done with mini whiteboards, starting with basic sums of interior angles, interior angles of regular polygons and finally a few variations (see cover image). A four-part worksheet (one page if printed two-a-side and two-sided) with a similar progression in difficulty. Plenary: A slide summarising the rules encountered, together with some key questions to check for any misconceptions. Printable worksheets and answers included. I’ve also included suggested questions and extensions in the notes boxes at the bottom of each slide. Please review if you buy as any feedback is appreciated!

A very underrated topic in most text books - this PDF covers all that you will need to teach / learn the small angle approximations at ‘A’ level. I have approached the topic from various angles to ensure a lot of variability in the style of question and it’s focus - i have not combined it with any other expansions though. I have finished it off with a couple of questions involving the Sine rule and Cosine rule which are a little bit more challenging. Answers are included. Please give feedback, particularly if you like my work - thank you.

24 of the most popular camera shots, camera angles and camera movement used. This resource is particularly helpful for students studying Media Studies, English, Photography or Film Studies. Equally, this could be used with other Media-based projects in other year groups.

A simple recap sheet on angles. Covering angles on a striaght line/around a point, angles in a triangle/quadrilateral, opposite angles, parallel lines and interior/exterior angles. Answers included on last page. Used for bottom set year 9's/10's.

Some of these questions can be found in my other angles in polygons worksheet. This worksheet just covers things a bit quicker with less repetition for those classes who are either revisiting this topic or are just more able.

A complete lesson on how to use a protractor properly. Includes lots of large, clear, animated examples that make this fiddly topic a lot easier to teach. Designed to come after pupils have been introduced to acute, obtuse and reflex angles and they can already estimate angles. Activities included: Starter: A nice set of problems where pupils have to judge whether given angles on a grid are acute, 90 degrees or obtuse. The angles are all very close or equal to 90 degrees, so pupils have to come up with a way (using the gridlines) to decide. Main: An extended set of examples, intended to be used as mini whiteboard questions, where an angle is shown and then a large protractor is animated, leaving pupils to read off the scale and write down the angle. The range of examples includes measuring all angle types using either the outer or inner scale. It also includes examples of subtle ‘problem’ questions like the answer being between two dashes on the protractor’s scale or the lines of the angle being too short to accurately read off the protractor’s scale. These are all animated to a high standard and should help pupils avoid developing any misconceptions about how to use a protractor. Three short worksheets of questions for pupils to consolidate. The first is simple angle measuring, with accurate answers provided. The second and third offer more practice but also offer a deeper purpose - see the cover image. Instructions for a game for pupils to play in pairs, basically drawing random lines to make an angle, both estimating the angle, then measuring to see who was closer. Plenary: A spot the mistake animated question to address misconceptions. As always, printable worksheets and answers included. Please do review if you buy, the feedback is appreciated!

A classroom poster covering the main angle rules students are expected to know in KS3. It outlines types of angles, basic angle rules and angles on parallel lines.

A great right angles worksheet. Answer Sheet provided. Ideal for 5+ (depending on ability).