Science - Above satisfactory - Year 8
This portfolio of student work shows that the student can use the particle model to explain and predict the properties and behaviours of substances (WS1). The student identifies different forms of energy and describes how energy transfers and transformations …
Science - Above satisfactory - Year 8 | Portfolios | Work samples | Resources
Science - Satisfactory - Year 8
This portfolio of student work shows that the student can use the particle model to explain and predict the properties and behaviours of substances (WS1). The student identifies different forms of energy and describes how energy transfers and transformations …
Science - Satisfactory - Year 8 | Portfolios | Work samples | Resources
Science - Above satisfactory - Year 10
This portfolio of student work shows that the student analyses how the Periodic Table organises elements and can explain how it can be used to make predictions about the properties of elements (WS6). The student can explain how different factors influence …
Science - Above satisfactory - Year 10 | Portfolios | Work samples | Resources
Science - Satisfactory - Year 10
This portfolio of student work shows that the student analyses how the Periodic Table organises elements and can explain how it can be used to make predictions about the properties of elements (WS6). The student can explain how different factors influence …
Science - Satisfactory - Year 10 | Portfolios | Work samples | Resources
Genetics practical – AT
Students were asked to perform a multi-generational study on the genetic inheritance of two different traits in the species Brassica rapa, a variety of the canola plant. Students were provided with two sets of seeds that had resulted from crossbreeding …
Genetics practical – AT | Samples | Work samples | Resources
Genetics practical – ABOVE
Students were asked to perform a multi-generational study on the genetic inheritance of two different traits in the species Brassica rapa, a variety of the canola plant. Students were provided with two sets of seeds that had resulted from crossbreeding …
Genetics practical – ABOVE | Samples | Work samples | Resources
Law of conservation of mass – ABOVE
Prior to the sample task, students learnt the basic concepts and history of atomic theory, the difference between elements and compounds, the law of conservation of mass, and different types of chemical reactions. In this task, students were asked to …
Law of conservation of mass – ABOVE | Samples | Work samples | Resources
Concrete sculpture – AT
In prior learning activities, students learnt concepts and performed experiments relating to chemical and physical changes. They performed a research investigation into the rock cycle with a particular focus on the processes of weathering and erosion. This …
Concrete sculpture – AT | Samples | Work samples | Resources
Water purification - AT
In a teaching and learning unit on pure substances and mixtures, students investigated different types of mixtures and explored scientific terminology used to describe their components, states of matter, reversible and irreversible changes, aspects of …
Water purification - AT | Samples | Work samples | Resources
Chemical change – ABOVE
Prior to the sample task, students were introduced to the atomic model and the ways in which this could be used to explain chemical structures and processes. They had investigated a variety of chemical reactions and classified them as endothermic or exothermic, …
Chemical change – ABOVE | Samples | Work samples | Resources
Megafauna essays – ABOVE
Students were asked to create in expositional essay to analyse and evaluate the evidence for opposing theories relating to the extinction of Australia’s megafauna. This task was part of a teaching and learning unit on biodiversity which focused on the …
Megafauna essays – ABOVE | Samples | Work samples | Resources
Rates of reaction – AT
Students were asked to research factors that affect the rate of a chemical reaction. Working in groups of 3–4, students were asked to select one factor and design and perform an experiment to confirm its effect. Students presented their findings individually …
Rates of reaction – AT | Samples | Work samples | Resources
Expansion - Above
Prior to the sample task, students had explored states of matter focusing on how the particle model explains matter in its different states at a molecular level. They had completed various inquiries relating to the particle model including kinaesthetic …
Expansion - Above | Samples | Work samples | Resources
Slater investigation - ABOVE
In previous teaching and learning units, students learnt about the scientific method and conducted investigations, wrote reports and reflected on their investigations. During a teaching and learning unit on biological sciences, students practiced identifying …
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Bouncing balls – AT (Year 8)
Prior to the sample task, students investigated investigated forms of energy and energy transfers and transformations. As part of the unit, students were required to undertake a practical investigation to identify the relationship between drop heights …
Bouncing balls – AT (Year 8) | Samples | Work samples | Resources
Bouncing balls – AT
Students were asked to design an investigation that determines the relationship between the drop height of a ball and its bounce back height. This task was part of a teaching and learning unit on transformation of energy where students explored how energy …
Bouncing balls – AT | Samples | Work samples | Resources
Heat transfer – AT
By the end of Year 9, students explain chemical processes and natural radioactivity in terms of atoms and energy transfers and describe examples of important chemical reactions. They describe models of energy transfer and apply these to explain phenomena. …
Heat transfer – AT | Samples | Work samples | Resources
Mass of Jupiter – ABOVE
Students were asked to perform a scientific investigation related to the motion of objects. Students were required to keep a scientific journal during the investigation and submit a report that conforms with the conventions of a scientific publication. Two …
Mass of Jupiter – ABOVE | Samples | Work samples | Resources
Earth Science Task – AT
Over a period of eight weeks, students engaged in an integrated STEAM project designed to offer students insights into real-world industry applications and work experiences. Students were organised into ‘business units’ of a fictitious mining corporation …
Earth Science Task – AT | Samples | Work samples | Resources
Mixtures and solutions - AT
Prior to the sample task, students investigated different types of mixtures and had been instructed on the scientific terminology used to describe their components. They had been given opportunities to identify solvent and solute in solutions and to use …
Mixtures and solutions - AT | Samples | Work samples | Resources