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Adaptive Speciation of Honeybees - Calculate

Using the example of the humble honey bee, this integrated Science and Mathematics unit illustrates the way in which speciation occurs in nature and explains how living things adapt to survive in their environment. In doing so, the unit describes the nature of simple multiplicative number sequences and how simple algebraic ...

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The Geometry and Algebra of Honeycomb - Calculate

This integrated unit of work explores the amazing structures of honeycomb by examining the properties of regular and irregular polygons and polyhedra. Students then move on to solve problems using geometric and algebraic reasoning.

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Calculating the speed of light using a microwave

In this unit students use a microwave to analyse microwave electromagnetic radiation and approximate the speed of light. Students are guided in completing a short investigation and submitting a brief report and reflection.

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Sound waves

In this unit students explore energy transfer through different mediums using wave and particle models.

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Physical world – design and production investigation

In this investigative task, students explore how rolling objects are affected by changes in forces including stopping, starting, rolling faster and slower and in different directions. They explore the effects of force on objects by designing a marble push course. Using a straw to exhale (push) air, students manoeuvre a ...

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Earth and space – Stage 3

In this lesson sequence, students explore the solar system through research to complete a product and or presentation as evidence of learning. Students compare the key features of the planets of our solar system and answer the question 'How does Earth compare to other planets in the solar system?' The sequence uses a balance ...

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Thermoregulation in spacesuits

Space exploration demands technological advances that enable survival in extremely harsh environments. In this lesson, students will explore contemporary spacesuit design and create their own representation of the suit’s thermoregulation system.

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Identifying Minerals - Determining Density

This short video demonstrates how to determine the density of a mineral sample. The video explains how to calculate density, then shows students how accurately measure the mass and volume of a mineral sample.

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Understanding the National Earthquake Alerts Centre

This video introduces the National Earthquake Alerts Centre. The video explains that earthquakes are detected by a network of seismometers; each station sends seismic information for analysis and checking by seismologists on duty. The video describes the types of wave forms in earthquakes and the sequence of events in ...

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The Geology of Minecraft

This short video discusses bedrock, obsidian and redstone using real rock samples and references to the Minecraft game.

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Earthquakes - Teacher Notes and Student Activities

This 85 page booklet explores earthquakes. The booklet includes the causes and types of earthquakes, how earthquakes are recorded, magnitudes of earthquakes and case studies of significant Australian earthquakes. The booklet contains a glossary, links to online resources, activity ideas and experiments for students and ...

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Tsunami - Teacher Notes and Student Activities

This 35 page booklet explores tsunamis, what generates tsunamis, where they occur, what happens when they reach land, how tsunamis impact Australians, and the role Geoscience Australia plays in providing the Australian Tsunami Warning System. The booklet contains a glossary, links to online resources, activity ideas and ...

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See how they run

This activity introduces lava viscosity and influence on volcanic cone shape. The download includes background information for teachers and an activity sheet for students. The activity involves making lava slime and racing this down a slope. Participants are asked to predict how lava viscosity might influence volcanic shape ...

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Make your own microbit seismometer instructions and classroom activities

This 12 page guide explains how to set up a micro:bit as a mini seismometer that will detect shaking, and how to collect and display the data. The guide also includes classroom-ready activities on how to introduce and explore vibrations and earthquake monitoring.

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Work sample Year 6 Science: Mouldy bread

This work sample demonstrates evidence of student learning in relation to aspects of the achievement standards for Year 6 Science. 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 of ...

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The Mathematics of Projectiles - Calculate

This activity provides a practical introduction to the motion of projectiles with a focus on angles. It is designed as a lead in to parabolic and quadratic functions.

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Energy

In this unit of work, students develop their skills in working scientifically and their understanding of sound energy and energy transformations.

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States of matter

In this unit, students develop an understanding of the properties of solids, liquids and gases and how these can be explained by the particle model of matter, motion and energy.

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Material world – Stage 2

In this lesson sequence, students investigate how different properties of materials affect their suitability for products. They will develop their knowledge and understanding of the properties and performance of a variety of materials through observation and manipulation. They have the opportunity to design and make an ...

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Earth and space – Stage 2

In this lesson sequence, students investigate some natural processes and human activities that cause erosion. The sequence uses a balance of synchronous and asynchronous learning strategies. The tasks provide options for students with and without technology. The sequence includes a student workbook and advice for parents ...