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Unit Learning Outcomes
To view the assessment criteria and any additional content, please expand the relevant learning outcome below.
1 — Be able to measure length.
Assessment Criteria
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1.1
Estimate measure and compare length and distance, using metric and imperial units.
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1.2
Calculate length and distance, using units within the same system.
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1.3
Read scales to different levels of accuracy including reading between marked divisions.
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1.4
Calculate length and distance between systems, using conversion tables and scales and approximate conversion factors, for example 1in =2.54 cm.
2 — Be able to measure weight.
Assessment Criteria
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2.1
Estimate, measure and compare weight using metric and imperial units.
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2.2
Calculate weight with units within the same system.
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2.3
Read scales to different levels of accuracy including reading between marked divisions.
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2.4
Calculate weight between systems using conversion tables and scales and approximate conversion factors, for example 1kg= 2.2lbs and ounces to grams.
3 — Be able to measure capacity.
Assessment Criteria
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3.1
Estimate, measure and compare capacity using metric and imperial units.
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3.2
Calculate capacity with units within the same system.
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3.3
Read scales to different levels of accuracy including reading between marked divisions.
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3.4
Calculate capacity between systems using conversion tables and scales and approximate conversion factors, for example 1pint = 568ml.
4 — Be able to work with shape, positional vocabulary and space.
Assessment Criteria
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4.1
Recognise and name a range of 2-D representations of 3-D shapes, for example in maps and plans.
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4.2
Solve problems involving mathematical properties, 2-D shapes and parallel lines.
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4.3
Draw 2-D shapes in different orientations using grids, for example reflect and rotate.
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4.4
Apply appropriate formulae for finding perimeters and areas of regular shapes, for example rectangular and circular surfaces.
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4.5
Apply appropriate formulae for finding areas of composite shape.
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4.6
Apply appropriate common formulae for finding volumes of regular shapes, for example cuboid or cylinder.
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4.7
Work out dimensions from scale drawings, for example 1:2.
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4.8
Follow directions using a range of positional vocabulary.