angle, symmetry and transformation mth 2-17d

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Curriculum for Excellence Maths and Numeracy Experiences and Outcomes Second Level MTH 2-17d Having investigated where, why and how scale is used and expressed, I can apply my understandin g to interpret simple models, maps and plans. Key Learning Intentions Learners’ Experiences / Possible Contexts Consider: collaborative learning, creativity, problem solving/investigative approaches, use of ICT, links across the curriculum etc. Success Criteria Evaluation and Next Steps Scale is the ratio between the size of something and a representation of it We use scale: to fit a drawing of a very large or small object onto one page, to create a drawing which is proportionat ely the same Discuss scale models, e.g. toy cars, doll’s house etc. Give pupils an appropriate scale (1cm to 10cm) and ask them to calculate true heights and lengths. Pupils to measure simple objects, e.g. door, table top with objects, etc. then draw them to a given scale Pupils make a scale drawing of their classroom and its contents. Pupils make a 2D or 3D scale diagram of the planets during a Space Topic I can describe what scale is. I can understand why we use scales when creating drawings of models, maps or plans. I can find examples of the Links to current 5- 14 Planners E10.4 Angle, Symmetry and Transformation City of Edinburgh Council 1

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Having investigated where, why and how scale is used and expressed, I can apply my understanding to interpret simple models, maps and plans.  Find out how architects, surveyors etc. use scale in their work (Google search for drawings) (Scran for historical plans – William Playfair / Robert Adam) I can understand why we use scales when creating drawings of models, maps or plans. I can describe what scale is. I can interpret different forms of scale. Key Learning Intentions E10.4

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Page 1: Angle, Symmetry and Transformation MTH 2-17d

Curriculum for Excellence Maths and Numeracy Experiences and Outcomes

Second LevelMTH 2-17d

Having investigated where, why and how scale is used and expressed, I can apply my understanding to interpret simple models, maps and plans.

Key Learning Intentions

Learners’ Experiences / Possible ContextsConsider: collaborative learning, creativity, problem solving/investigative approaches, use of ICT, links across the curriculum etc.

Success Criteria Evaluation and Next Steps

Scale is the ratio between the size of something and a representation of it

We use scale: to fit a drawing of

a very large or small object onto one page,

to create a drawing which is proportionately the same as the object.

We use scale drawings in many real-life situations e.g. office plans, lego instructions, extensions, car design, maps

Scale can be expressed in the following forms:

1cm to 10m (which means that 1cm on the plan represents 10m in real life)

1:1000 (which

Discuss scale models, e.g. toy cars, doll’s house etc. Give pupils an appropriate scale (1cm to 10cm) and ask them to calculate true heights and lengths.

Pupils to measure simple objects, e.g. door, table top with objects, etc. then draw them to a given scale

Pupils make a scale drawing of their classroom and its contents.

Pupils make a 2D or 3D scale diagram of the planets during a Space Topic

Find out how architects, surveyors etc. use scale in their work (Google search for drawings) (Scran for historical plans – William Playfair / Robert Adam)

Research the different scales of OS maps – ideal for motorists, town developers and architects

Mapzone - Understanding scale

Young Digital Planet - Scale

Canoe Slalom - Use your knowledge of bearings and

I can describe what scale is.

I can understand why we use scales when creating drawings of models, maps or plans.

I can find examples of the use of scale in real life.

I can interpret different forms of scale.

Links to current 5-14 Planners

E10.4

Angle, Symmetry and Transformation City of Edinburgh Council1

Page 2: Angle, Symmetry and Transformation MTH 2-17d

Curriculum for Excellence Maths and Numeracy Experiences and Outcomesmeans that 1cm/m/… on the plan represents 1cm/m/… in real life)

We use scale to interpret simple models, maps and plans e.g. what is the true length of the office, store?

We use scale to calculate the true length/height etc. of a real object.

scale to negotiate a slalom course in the fastest time.

Multimap - choices of Map, OS map, Aerial and Bird’s Eye

Google Earth - Zoom from space to street level

I can use scale to interpret simple models, maps and plans.

I can use scale to calculate the true length/height of a real object.

I acknowledge the need for appropriate accuracy

Angle, Symmetry and Transformation City of Edinburgh Council2