These two PowerPoints cover the properties of 2D and 3D shapes (E2-E3) - faces, edges, vertices and line symmetry. This is assessed using a quiz in PPT1. Both PPTs then move on to recognising nets and drawing nets of cubes and cuboids (now found in Level 1 exams). The second PPT can be printed off and used as a workbook. I have also included two links to You tube but you can use your own favourite shape/nets video links if you prefer.
Editor's note
Level
Entry Level 2
Entry Level 3
Level 1
Maths
FM Context free underpinning
FM E2.19 Recognise & name 2-D & 3-D shapes including pentagons, hexagons, cylinders, cuboids, pyramids, spheres
FM E2.20 Describe properties of common 2-D & 3-D shapes including nos. of sides, corners, edges, faces, angles & base
FM E3.19 Sort 2-D & 3-D shapes using properties including lines of symmetry, length, right angles, angles inc. in rectangles & triangles
FM L1.24 Draw 2-D shapes & demonstrate an understanding of line symmetry & knowledge of the relative size of angles
FM L1.25 Interpret plans, elevations & nets of simple 3-D shapes
[img_assist|nid=5161|title=|desc=|link=popup|align=left|width=100|height=70]A notebook file to help support learners with different units of metric measurement and to show how length, weight and capacity follow similar paths. The notebook file includes lots of drag and drop sorting activities and finishes by introducing a separate PDF worksheet that focuses on metric units of length.
A detailed lesson plan accompanied by a PPT and a lesson objective checker sheet. The lesson recaps place value and introduces students to decimals and using money in practical situations.
I have developed this to help me explain the process of answering open questions in Functional Maths to my L1 / L2 ESOL Foundation students (Entry 3 ESOL). However, it is suitable for any group of E3-L2 Functional Maths students.
I’m hoping it’s better than trying to read through a lot of text in a book.
Practical examples will quickly follow the slides (not included here)
Practical examples (not included here) should quickly follow these slides.
Slide 9 can be printed for student reference.
Introduce the topic using the Smart Notebook activity.
8 identical pages, each with a blank number line, a movable arrow to show the position of the number to be rounded and a sentence at the bottom to state what is happening.
Learners can fill in the ends of the number line to see what values are relevant to the question i.e. rounding 23 to the nearest 10 would be either 20 or 30 as an answer. Then they can move the arrow to the position needed, 23, then see which value the number is closest to.
A cheerful and very clear PPT introduces the idea of multiplication to E2-E3 Functional Maths learners. Accompanied by a 3 page worksheet. Two pages of number problems and one page with a mix of multiplication, addition and subtraction ‘word’ problems.
Lovely wall to help students get to grips with equivalents. Covers 1/2, /1/3, 1/4, 1/5, 1/6, 1/8, 1/9, 1/10 and 1/12ths. Great for display on an interactive whiteboard and for laminating and using with dry wipe pens, etc.
Forms part of a set of 5 resources linked to an excellent L1-2 lesson plan (that focuses on expressing one number as a fraction of another).
Step by step method for using this very clever, little-known method of working out those tricky times tables from 6 to 9. (The method relies on the user knowing his or her “easier times tables” well so is not suitable for the complete times-tables novice. Very clear slides with lots of illustrated examples.
Please note you must have the Smart Notebook software installed on your computer in order to open, view and use the Notebook resource http://smarttech.com/
An interactive whiteboard problem solving activity suitable for many levels. Makes a fun starter activity and provides a good link between shape and space and algebra. Can also used as a hands on activity for all (rather than just volunteers at the smartboard) using pencil and squared paper, plastic squares or wooden/plastic cubes.
Adult numeracy element links are difficult to classify but include:
