# Illustrating the Mathematics Standards

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#### Moving Around: Illustrating the year 3 standard

The following examples of student work illustrate achievement at the mathematics standards for year 3.

The task used in this illustration was part of a geometry unit focusing on position and orientation. It was adapted from a task in the Kiwisport Orienteering Manual called Desktop Map Game (p. 28).

The task relates to achievement objectives for Number and for Geometry and Measurement from the mathematics and statistics learning area in The New Zealand Curriculum.

#### Moving Around

On a sheet of A3 paper, arrange small bears and other objects (for example, ice block sticks,  attribute blocks, small model vehicles) to create a model of a scene.

1. Describe your model and where objects are on it.
2. Years 1–3: Hide a piece of treasure (such as a counter) under an object on your model and give instructions for moving to it.
Years 4–6: Give directions for moving an object from one point to another on the model.

(Note: Students working within curriculum level 3 should use grid paper with compass points on it instead of a blank sheet of paper.)

Some features of students’ work used to make judgments in relation to the mathematics standards are described below. There is also an illustration of the year 1 standard, an illustration of the year 2 standard, an illustration of the year 5 standard and an illustration of the year 6 standard for this task.

 New Zealand Curriculum: Level 2 National Standards: After three years at school In solving problems and modelling situations, students will: Geometry and Measurement create and use simple maps to show position and direction describe different views and pathways from locations on a map (position and orientation) create and use appropriate units and devices to measure length, area, volume and capacity, weight (mass), turn (angle), temperature and time (measurement) Geometry and Measurement describe personal locations and give directions, using whole-number measures and half- or quarter-turns measure the lengths, areas, volumes or capacities, and weights of objects and the duration of events, using linear whole-number scales and applying basic addition facts to standard units

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