F-10 Curriculum (V8)
F-10 Curriculum (V9)
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A guide to teaching about measurement including indirect measuring, and estimating.
The content of this book is organised into topics including understanding units, and direct measuring.
This comprehensive resource describes the progression of measurement ideas. The resource demonstrates examples of relevant teaching strategies, investigations, activity plans and connected concepts in measurement including teaching and cultural implications.
This resource provides strategies for assessing aspects of the Digital Technologies subject in the Australian Curriculum that relate to data using contexts from other learning areas and General Capabilities, including Mathematics, Numeracy and Literacy. The resource includes an assessment planner and rubric, as well as ...
This work sample demonstrates evidence of student learning in relation to aspects of the achievement standards for Year 2 Mathematics. The primary purpose for the work sample is to demonstrate the standard, so the focus is on what is evident in the sample not how it was created. The sample is an authentic representation ...
This PDF is a worksheet that accompanies the years F-2 sample assessment task called Stepping out.
Selected links to a range of interactive and print resources for Measurement topics in K-6 Mathematics.
This collection of interactive and printable resources introduces ways of describing best friends and using time adverbs such as soon, later, today, tonight and tomorrow to say when people are arriving. It focuses on using the expressions 'il mio migliore amico' or 'la mia migliore amica' and developing their use in simple ...
This is a 20-page guide for teachers containing an introduction to the units of time and how to measure time. Time between events, time lines and timetables are considered. A brief history of the development of these concepts concludes the module.
Selected links to a range of interactive online resources for the study of patterns and algebra in Foundation to Year 6 Mathematics.
We all know there are 60 seconds in a minute... or are there? Every few years an extra second is added to a day, and this is called a 'leap second'. Find out why we have leap seconds and why they mightn't be around for much longer.
Find out how to tell the time without a clock! A sundial uses the position of the sun to indicate the time. Typically, a stick (gnomon) casts a shadow upon a plane or surface that has markings, which indicate the time by the position of the shadow. See if you can create a sundial of your own.
Take a look at a crowded city street during the Christmas season more than 50 years ago. Discover what Christmas shopping was like when your grandparents were not much older than you are today. This silent black-and-white clip was filmed in Sydney in 1961.
Flynn and Dodly are going on a camping adventure. Watch how they measure the capacity of different containers. Which container will hold the most? 'Dodly the Adventurer' needs a container to put all his precious rocks in. Can you find a container big enough?
School finishes for the day and parents are waiting to take their children home. Find out what school pickup time looked like in 1974.
This resource is a 48 page pdf integrated inquiry unit, for junior primary students, exploring farm life and farm produce. Activities are sequenced using the five inquiry model. Topics examined include: how do farm families care for the animals and crops they farm?; how are these animals and crops processed for food or ...
Peg and Cat show how to measure when looking for buried treasure! See how they measure using informal units and solve problems along the way.
A class of children join in a singing lesson on their first day of school in 1974. Watch and see how school has changed, and stayed the same, over time.
Discover what school holidays were like for children in the past. In this black-and-white clip, a reporter asks some school children how they feel about holidays. Find out what kinds of things children did on their holidays when your parents and grandparents were your age.
Take two differently shaped containers, for example, a tall, skinny cylinder and a short wide one. Which one will hold more beads? The result may surprise you! It's all about capacity. Two containers with the same surface area can have very different shapes and sizes, so they can have different volumes and hold different ...