F-10 Curriculum (V8)
F-10 Curriculum (V9)
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Students demonstrate knowledge of fractions through creating their very own simulated ‘fruit salad’. Pose the questions: if you were to create a fruit salad what would it have in there? In what ratios/proportions? Are there any fruits you wouldn’t want in there? Which fruits go/don’t go together? Showcase your understanding ...
Students compare shapes. In small groups, students are taken on a 'Sensational shape hunt' outside in the school grounds. They look around, observe and describe the shapes they see in the environment. They may stop to feel the straight or curved edges, the flat or rounded sides or surfaces. They compare shapes and find ...
Students describe the location of objects by indicating positions.
Students review and calculate perimeters and areas of rectangles.
Students conduct chance experiments, record data into a frequency table and represent data using a column graph.
This series of lessons develops students' skills, knowledge and processes of multiplicative thinking, incoporating a First Nations perspective.
Students explore a large data set.
Students calculate the probability for single-step events using sample spaces.
Students conduct chance experiments and play chance-related games to generate data, which they represent and interpret.
Students describe angles as the amount of turn between two lines and locate angles in the real world.
Students represent fractions using linear materials and recognise key equivalent fractions. They share collections equally to solve simple problems (halves, quarters and eighths).
Students compare and order three-digit numbers using number lines.
Students identify a variety of four-sided shapes and describe the features of squares, rectangles, rhombuses and kites.
Students select a suitable question for gathering data, they collect simple data and record responses, and then use a simple data display to represent, read and interpret data.
Students establish a mental image of one litre and measure the capacity of everyday containers using litres.
Students identify the components and properties of angles.
Use this diagnostic task to assess what students know about volume and units to measure and compare volumes.
Use this diagnostic task to assess what students know about volume and units to compare volumes.
Use this diagnostic task in the style of a one-on-one interview to assess a student's knowledge and understanding of an object's properties, and their use of comparative language.
A collection of diagnostic tasks designed to use with students to assess their understanding of space-related concepts in mathematics.