Worksheet attached. Activity: measure each angle and state whether is is acute, right angle, obtuse or reflex. Protractor needed.

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 collection of 5 lessons on one PowerPoint based on Angles in Parallel Lines Contents of download: Angles in Parallel Lines - (Full Collection) The lesson covers: L1 - Angle Facts L2 - Vertically opposite angles L3 - Alternate angles L4 - Corresponding Angles L5 - Co-interior angles Contains: Three do nows for ease of planning I do - We Do You Do Cycles with AFL opportunities via MWB and RAG. These lessons are a comprehensive look into the unit. The Powerpoints are 100% animated and does not require the teacher to write, allowing them to circulate with a clicker/ tablet and monitor students. These lessons works well with LAP students. The background in all lessons are Dyslexia friendly. Please provide feedback if you found this useful or find a mistake.

Maths codebreakers are an engaging way for students to practice skills and address any misconceptions. Students have to answer typical maths questions with their answer corresponding to a letter of the alphabet. If answered correctly, the answer reveals the punchline to a hilarious* joke. This resource contains 1x codebreaker worksheet where students have to find missing angles in parallel lines by spotting corresponding, alternate and co-interior angles. Latter questions include scalene and isosceles triangles. Suitable for KS3 and Foundation revision. *the joke is terrible

A Powerpoint to explain Calculating Angles. This powerpoint has 22 slides (Including one title and one end slide). Designed for KS2. Items covered are: Angles at a Point Angles on a Straight Line Angles in a Triangle Angles in a Quadrilateral Vertically Opposite Angles

These Measuring Angles with Protractor worksheets allow students to learn how to use a protractor. What’s included: Measuring angles using a protractor X10 Drawing angles with protractor X5 Matching angles X5 Answer key

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.

This lesson covers the full range of attainments on the angle properties of special quadrilaterals. It starts by recapping prior knowledge on angles on a straight line, around a point, angles in a triangle, angles and parallel lines and basic angles in quadrilateral before moving onto the angle properties of a variety of triangles. This lesson allows the topic to be differentiated for a variety of attainment levels and could easily be adapted to meet the needs of higher or lower attaining groups through missing out specific examples. The lesson focuses on the angle properties of trapeziums, kites, parallelograms and rhombuses. If this is the first lesson looking at angles in a quadrilateral I recommend you spend a lesson first looking at basic angle facts in a quadrilateral. I do have a lesson on this available. This lesson spends time really allowing students to build an understanding of angle properties in a trapezium, a kite, a parallelogram and a rhombus. Challenge comes through 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 Recapping of prior knowledge 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.

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.

This lesson covers the full range of attainments on the angle properties of special triangles. It starts by recapping prior knowledge on angles on a straight line, around a point and basic angles in triangles before moving onto the angle properties of a variety of triangles. This lesson allows the topic to be differentiated for a variety of attainment levels and could easily be adapted to meet the needs of higher or lower attaining groups through missing out specific examples. The lesson focuses on the angle properties of isosceles and equilateral triangles. If this is the first lesson looking at angles in a triangle I recommend you spend a lesson first looking at basic angle facts in a triangle. I do have a lesson on this available. This lesson spends time really allowing students to build an understanding of angle properties of isosceles and equilateral triangles. Challenge comes through 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 Recapping of prior knowledge 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.

Lesson exploring forming and solving equations through the use angle facts (previous knowledge). Includes lesson slides and worksheet. Lesson slides include question answers and working out for examples. Diagnostic questions for AFL and spot the mistakes also included. Used for observation lesson with lower ability Year 9 class. Steps are broken down and built up slowly.

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.

This crossnumber, gives across and down clues, where students need to find missing angles using the angle rules. Angles on a straight line, angles at a point, angles in a triangle and vertically opposite angles. Used this with all sets across the years as both a recap and practising a new concept.

A good clear interactive resource PowerPoint document with a thorough demonstration of corresponding angles, alternate angles, equal angles and parallel lines. Examples and answers are given. Ideal for KS3 students.

Here is a basic angles summary sheet covering the following topics: Angles in a Triangle - including Equilateral and Isosceles Triangles Angles on a Straight Line Vertically Opposite Angles Angles around a Point Angles in a Quadrilateral Right Angles

A worksheet that provides a variety of questions linked to being able to calculate missing angles on a straight line (including finding them with a range of angles provided as well as using knowledge of right-angles and algebra to find missing angles). This is based on the Year 5 objective based on White Rose Maths but can easily be used in other year groups. Included as part of the worksheet are 6 different questions that provide variation to check pupils understanding of being able to calculate missing angles on a straight line. Answers are also included for all questions. This worksheet can easily be used as a worksheet when teaching the objective or used for recap/ revision or even to be sent home as homework.

This resource includes: A PowerPoint that can be used with a class, A scaffolded student version of the PowerPoint with gaps for the students to fill in, A differentiated worksheet with answers included. This resource is suitable for Year 9 and 10 students and is linked to the Australian curriculum. This resource focuses on understanding the four similarity laws (SSS, SAS, RHS and AAA), writing similarity statements and filling out similarity tables.

everything u need 2 know about angles

Perfect for Key Stage 2 (KS2), this worksheet blends outdoor learning with core Geometry concepts, focusing on angles: acute, obtuse, and right angles. Preparation Print the Outdoor Maths Angles Hunt worksheet for each child or pair. Review the characteristics of the target angles: Right Angle: 90 degrees Acute Angle: Less than 90 degrees Obtuse Angle: Greater than 90 degrees The Hunt Take your class to a designated outdoor learning space—a playground, school garden, or field. Provide them with the worksheet and, optionally, an angle measurer or right-angle checker (made of card or plastic). Find and Draw: The children’s task is to find a real-life example of each type of angle in the outdoor environment. Examples Right Angle Example: The corner of a window frame, a door frame, or a paving slab. Acute Angle Example: The point of a leaf, the angle between two branches of a small tree, or the tip of a gate support. Obtuse Angle Example: The wide-open angle of a slide support where it meets the ground, or the angle between a partially open gate and the fence. Record They then draw a sketch of the object/location and clearly mark the angle they found in the corresponding box on their worksheet. They should be encouraged to use the correct notation for the right angle. Discussion Conclude the lesson with a group discussion. Have students share their most interesting angle finds and explain how they classified them (e.g., “I know it’s acute because it’s smaller than the corner of my book”). This reinforces the definitions and encourages peer learning.

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.

This fun identifying right angles lesson, introduces right angles to students and has a practical activity where students explore the classroom with their right-angle monsters - finding objects with angles that are 90 degrees. Includes whole class input (powerpoint), 30 different right-angled monsters (ready for students/teacher to cut out) and 2 different worksheets (one focusing just on right angles and one which includes acute and obtuse angles). The slides define right angles, acute angles and obtuse angles. Covers the year 3, National Curriculum objectives in Geometry - Properties of Shape: Identify right angles Identify whether angles are greater than or less than a right angle 7 slides, 2 worksheets, 6 pages of right angle monsters My students loved exploring the classroom with their monsters!