Oz-e-maths Supplementary Materials for Connecting Maths Concepts Years F-5

In Lesson 20 (CMC Level F: Lesson 31-40), students learn to:
- use the grid reference system to describe location
- apply directional language using the compass points (North, East, South and West)
- use a legend to identify landmarks on a map
- construct a legend from the information contained in a map, including a compass.
In lesson 21 (CMC Level F: Lessons 41-50), students learn to:
- define data and how it can be displayed
- read a frequency table
- examine data question types
- identify and use open questions to closed questions
- identify categorical and numerical data types
- collect categorical data and conduct a survey.
In Lesson 23 (CMC Level F: Lesson 61-70), students learn to:
- calculate a tuckshop order
- define and calculate a budget
- calculate a budget
- create a budget for a fundraising event
- create a budget for a class fundraising event
- define and identify GST on items.
In Lesson 25 (CMC Level F: Lesson 81-90), students learn to:
- define probability - certain, likely, even chance, unlikely and impossible - and use these terms to describe the probability of an event occurring
- describe the probability of events occurring using certain, likely, even chance, unlikely and impossible
- recognise that probabilities can be expressed as a fraction from 0 to 1.
In Lesson 28 (CMC Level F: Lesson 111-120), students learn to:
- define and identify the rotational symmetry of two-dimensional shapes
- identify the points of rotational symmetry
- identify rotational symmetry in patterns
- identify reflection symmetry using the x or y axis to complete the shape
- identify line symmetry by drawing a reflection
- define translation and use this term to describe two-dimensional shapes
- use translation to describe two-dimensional shapes
- describe the translations, reflections, or rotations of two-dimensional shapes
- use rotational symmetry to draw a two-dimensional shape
- define transformation and identify translations, reflections, and rotations
- use enlargement transformation to draw two-dimensional shapes.
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