A PowerPoint and worksheet for Plans and Elevations at KS3. I have updated the PowerPoint but kept the old one as well.

Lesson on Plans and Elevations. Starter is a group activity in which student must identify the famous landmark from the picture. Should be adapted for your school / location. Flipchart gives some basic information and examples. Worksheet is from another TES user, asks students to draw views of different shapes and then construct shapes when given the views (Multi-link cubes required).

PPT with accompanying worksheets looking at how to draw plans and elevations with several images for them to try and replicate.

Two worksheets: The first a straight forward worksheet that introduces the idea of Plans and Elevations, the second a set of puzzles where the idea is to try and build the objects using multi-link given the front elevation, side elevation and plan view. The second activty is a non ICT version of the 'Building with side views' applet found on the wis-web website, address: http://www.fi.uu.nl/toepassingen/02015/toepassing_wisweb.en.html If you haven't used this before then I highly recommend it as I&'ve never had a group that hasn&';t loved it.

A selection of 3 activities, in order of difficulty, for those 3D views topics. Isometric drawing practice, plans and elevations practice (with a crib sheet) and a challenge/extension activity where pupils have to construct the solid given the 3 views. Also a nice extra extension puzzle at the end using 7 irregular solids to make a cube. Notes for this included but not the solution, sorry!

Paired work task to assess their knowledge of drawing plans and elevations from a 3D shape and also drawing a 3D shape from its plans and elevations. Could be used in the main part of the lesson or shortened for a plenary. Fold each set into a tent and allow pupils to sit facing each other. They can then peer review and hepl set each other targets.

A booklet on drawing plans and elevations which I've used successfully with a variety of classes at KS3 and KS4 of varying ability. Starts with drawing three views when given a 3D shape and goes on to asking students to draw the 3D shapes given the three views. Questions are taken from a variety of resources and exam questions.

This simple worksheet contains 16 questions for your students to practise drawing the plan and the front and side elevations of an object made from cubes. Answers are provided for marking / projecting for students to check.

A KS3 worksheet with starter, main and extension questions covering drawing and planning elevations. Ideal as part of a lesson or as a revision exercise.

A PowerPoint of images showing the plans and elevations of famous buildings (one of the slides is the science block in my school but you could swap this). Ideal for KS3 and GCSE classes. I found the images using google satellite maps and print screened once I had zoomed in. It was a really nice starter activity to get the students engaged. Hopefully they now know the difference between a plan and an elevation. This task could be extended by getting students to draw elevations of the given building, even scale drawings

This task is for understanding how the 3 views show a solid. Fold card/sheets in half then cut into strips. Half the class have cards and the other half have 10 cubes each. Students pair up and the one with the card shows their partner the 3 views. The students with the cubes tries to make the object. they then compare with the correct answer on the reverse of the card. Students then swap and reapeat activity. You will probably need to print 2 sets of the cards. Better if the cards are laminated to be used again.

Lesson plan including differentiated worksheets and real life examples and applications Worksheet on Slide 14 is attributed to Whidds elsewhere on the internet - apologies if it is someone else's Other images taken from websites and generated from the app 'tap tap blocks' and my multilink cubes selfies Please leave feedback

A differentiated task with AfL opportunities and progress checks. The main activity has three main levels of differentiation (task 1, task 2, task 3) but within each task there is opportunity to progress through more difficult tasks (green, amber red and extension) Can be used to consolidate weaker students and 'high jump' stronger students in the same class. Some of the activities/tasks have been taken from resources that have been created by other users, so thank you to them for their help!

This worksheet scaffolds the thinking processes behind plans and elevations and isometric drawing. So the red section has the same difficulty questions but the thinking skills have been simplified. It is differentiated like this: Red - Lots of support, fewer questions Amber - Less support, more questions Green - No support, lots of questions. Extension - Worded/Problem Solving questions with support to help begin. Also included are sheets with 2 reds and 2 ambers so they can be printed back to back, with the green and extension projected on the board. The extension activity comes straight from Don Steward’s absolutely amazing MEDIAN blog, do visit it! http://donsteward.blogspot.co.uk/search/label/isometric views

Real life plans and elevations - match the house plans to the images. Not as easy as it looks! There are two sets included here, one easier and one harder. When was the last time you actually used a plan or elevation to teach this topic? This is a real life task based on real life house plans, great for getting students to discuss their geometrical reasoning and measurements.

A quick activity for the start of a plans and elevations lesson where students identify objects and some famous buildings from their plan view.

These are exam questions on Plans and Elevations and other 3D questions. These are great for classwork, homework or revision. Do view my excellent lesson on the topic at the link below: Plans and Elevations (3D into 2D and 2D into 3D) + Worksheet + Matching Activity LASTLY: Please provide a RATING with written feedback Please email outstandingresourceshelp@gmail.com if there are any issues.

An interactive lesson on Plans and Elevation. Heavy influence from the National Standards. These applets are brilliant. Make sure you click on the links in the PPT. Use of multilink is needed for this lesson. Please let me know what you think

A powerpoint including examples, worksheets and solutions on 3D sketching of prisms and other solids, nets of 3D solids, drawing on isometric paper and plans/elevations. Worksheets at bottom of presentation for printing.

Students have 3D pictures of towers made from cubes. Students have to draw Front elevation, side elevation and Plan

In order to aid students with their GCSE maths course, I have prepared handouts which given clear explanations with worked examples This is a handout which gives clear explanations of: 3D Shapes Plans and Elevations If you would like to look at the way the handouts are layout out please see other handouts (Best Buy, Direct proportion, Exchange rates, Sequences, quadratic graphs) I have made handouts on the following topics: GROUNDWORK NUMBER- Place Value, Positive and Negative Numbers, BIDMAS Prime Numbers, Prime Factors, Tree Factors, LCM and HCF ALGEBRA 1- Simplifying Algebra/Changing the subject of the formulae/ Equations and Inequalities ALGEBRA 2 -Expanding single and double brackets/Factorising/Simultaneous Equations ANGLES AND REASONING- Angles around a point/ on a line / Triangle, Parallel Line/ angles and polygons COMPOUND MEASURES- speed, distance and time / pressure, force and area CONSTRUCTIONS-Perpendicular bisector / Midpoint /Constructing triangles / LOCI/ Bearings ROUNDING- Rounding to the nearest 10,100, 1000, decimal places / significant figures /Rounding and Bounding FRACTIONS simplifying/ adding, subtracting, dividing and multiplying fractions Shapes- Triangle Properties, Quadrilateral Properties, Congruent Shapes, Tessellations, and 3D Shapes (including faces, vertices and edges). AREA AND PERIMETER-Rectangles, Triangles, parallelograms, trapeziums and circles (including calculating angle and length of arc) VOLUME- Cube and cuboids/triangular prisms/ cones/pyramids/spheres/hemispheres INDICES, ROOTS AND STANDARD FORM- including addition, subtraction, multiplication and division in standard form. LINEAR GRAPHS plotting coordinates/plotting graphs/y = mx + c/calculating the gradient/calculating the equation of a line/ real life graphs PERCENTAGES-percentage of an amount/ Reverse percentages/ Percentage Change/ Simple and Compound Interest /Depreciation PROBABILITY -Mutually Exclusive Events and Exhaustive events, Calculating probability, Combined Events, Tree Diagrams Venn Diagrams, Space Diagrams RATIO AND PROPORTION- Simplifying ratios/Finding the value of parts /Working with proportion SAMPLING-primary and secondary data, discrete and continuous data, Qualitative and Quantitative Data, Random sampling, Bias Data, capture sheets and writing questionnaires PRESENTING DATA - Pie Charts/ frequency polygons/ Two way tables/ Scatter Graphs STATISTICS- Mean Mode and Median, Frequency tables, Stem and Leaf TRANSFORMATIONS Translation, Reflection, Rotation, Enlargement, Vectors TRIGONOMETRY-Pythagoras’ Theorem/Trigonometric ratios- Calculating the length of a side/Trigonometric ratios- Finding the angle