F-10 Curriculum (V8)
F-10 Curriculum (V9)
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In this lesson, students explore connections between science, design, and technologies through the lens of food innovation and food science. Students look at interesting and unusual food products, using food textures as a jumping off point to explore the relationship between chemistry and food. Students then experiment ...
In this lesson, students consider contemporary research approaches to disease identification. First, they conduct an experiment to test how sensitive their sense of smell is and explore how our sense of smell functions. Students then learn about at how animals are trained to use their sense of smell to detect human disease. ...
This infographic provides an overview overview of the concepts related to computational thinking.
This is a black-and-white photograph featuring the Cornish family at the beach in Dromana in 1927. The nine adults and nine children in this group are dressed in bathing costumes, and many wear bathing caps. Three large parasols (light sun umbrellas) are being held by women at the back of the group. A long pier is visible ...
This is a panoramic camera, designed in England by Thomas Sutton, and one of about 30 produced. The camera lens is made up of two hollow glass hemispheres. The flap on the front of the camera lifts up to allow an image to be taken.
This is an electric domestic washing machine of a type that was manufactured by the Syracuse Washer Corporation under the name 'Easy' during the 1920s and 30s. The machine is made from enamelled metal and stainless steel, and features two tubs set in a triangular frame. The larger tub is the agitator tub and the smaller ...
This is a late-19th-century compressed-air washing machine, made by Victorian manufacturers Wolter and Echberg. The machine is made of galvanised steel and has a distinctive rocket-like appearance, with a central drum, in which the clothes are washed, consisting of two cone shapes on either end of a cylinder. On the drum ...
This is an automatic electric washing machine produced in the 1940s or 1950s by US manufacturer Thor, called the 'Automagic'. The machine has a rectangular, box-like shape with rounded edges, a white enamel coating and a green lid. It measures 95 cm x 62 cm x 62 cm.
Travel back one hundred years in time to observe the technologies that people were using and to consider the technologies that had have yet to be invented. View the types of new substances that were invented by chemists during the last century.
View how scientists use underwater sound waves to measure ocean temperature changes in the Indian Ocean. The animations show how the technology called acoustic thermometry works. Australian scientists are working with a global network of 'listening posts' to monitor the long-term effects of climate change on ocean temperatures.
Andrew Woods from Curtin University answers the question 'How are 3D movies made?' Discover how how 3D glasses work. You might be surprised to find out how long ago people started making 3D movies.
Have you heard of the Large Hadron Collider (LHC)? Watch this clip to find out about a scientific discovery at the LHC that left physicists uncharacteristically emotional. Catalyst's Dr Derek Muller takes you inside the LHC and talks to scientists there about the discovery of the Higgs boson and what it means for our understanding ...
Peter Binks, CEO of Nanotechnology Victoria, answers the question 'How does nanotechnology work?' Discover what nanotechnology is and see several examples in action, such as scratch-resistant paint used in the car industry. Consider future applications of nanotechnology in areas such as sports, health care, clothing and cleaning.
Discover how the scientific theory of vitalism, championed by the Swedish chemist Jöns Berzelius, was disproved by his former student Friedrich Wöhler. Find out the way chemists study how the different atoms in organic compounds combine in set ratios depending on the 'valence' of those atoms.
In the past, astronomers explored the universe with their eyes and optical telescopes, but what they could see was limited. Find out how radio telescopes have revolutionised the way astronomers 'see' the universe, allowing us to explore deeper into space than ever before.Watch this clip to learn about Australia's contribution ...
Graphene is perhaps the most significant new material produced in recent years. It has many potential applications in electrical devices, biomedical technology and solar energy. Graphene is a form (allotrope) of carbon with some special chemical and physical properties. Watch this clip to explore the molecular structure, ...
Did you know that some of the most ground-breaking scientific discoveries were made by chance (serendipity)? Discover the link between static on a telephone line and the invention of the radio telescope that has helped scientists find new clues to the origin of the universe.
The race is on to produce higher crop-yielding plants that will feed an ever-growing world population. See how scientists at the Plant Accelerator facility are investigating ways of increasing crop production. Some are focusing on conventional plant-breeding techniques while others are using GM (genetic modification) technology.
Have you seen the model of long-chain carbon molecules first developed by Friedrich August Kekulé? This model enabled chemists to make a great leap forward in their understanding of the structure of organic molecules. See how to represent the structure of methane, ethane, propane, butane and octane. Find out how to rearrange ...
Imagine working in a research laboratory and handling deadly animal viruses that could potentially infect humans. Find out how this vital research helps protect Australia's wildlife, farm animals and human population. See how scientists use techniques such as 'gene silencing' to fight viruses.