Circle of Life introduces the amazing diversity of living things on Earth and the field of biology. It explores the ways that scientists make sense of this diversity through classification systems, and how a variety of different organisms can live together in different ecosystems, transferring materials and energy through food chains and food webs. The place of humans through their effects on natural ecosystems and ways that we can manage ecosystems in a sustainable way is also examined. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU111 and ACSSU112.
Water is a pure substance with unique chemical and physical properties, which are crucial for life on Earth. Enough Water fit for Drinking explores these properties in mixtures and solutions, and the ways that we use these to monitor water supplies and provide clean water for human use through the use of separation techniques. This is particularly important in Australia where we are often faced with an uncertain water supply. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU113 and ACSSU116.
Our world is full of motion and forces. Science of Toys explores the range of forces, such as gravity, friction and contact forces, that affect and change the way things move. Forces are interactions between two objects or materials, and have both size and direction. Unbalanced forces can speed things up or slow them down, make them change direction, or cause them to twist or rotate. Multiple forces can act on an object at the same time to produce an overall effect. This unit covers the Australian Curriculum; Science Understanding description ACSSU1 17.
The Earth, our home in space, is a tiny dot in a very large solar system. Earth and Space explores the resources, including energy resources, we draw from the Earth's crust and the challenges we face in managing the sustainability of these resources. Humans have constantly wondered about the motion of the sun and of the Moon, stars and planets in the night sky. Events such as solar and lunar eclipses were often a source of fear and wonder. This unit investigates our modern understanding of how gravity causes the orbits of the Earth and Moon leading to a range of phenomena such as seasons, the tides, phases of the Moon, and eclipses. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU115 and ACSSU116.
All living things are comprised of a single or multiple cells. From Little Things Big Things Grow explores the world of biology through the structure and function of these amazing 'units of life', and how advances in technology have allowed biologists to investigate them in more detail. It also explores the way living things reproduce, either through sexual or asexual reproduction, and in some cases grow into large, multicellular organisms with complex internal systems of organs that allow them to adapt to a range of different environments. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU149 and ACSSU150.
Rock, Paper, Scissors provides a first exploration of the world of chemistry. The properties of a range of substances are explored and categorized as pure substances or mixtures and with respect to states of matter and their chemical and physical properties. Students are introduced to the periodic table and the elements with some exploration of how the properties of different elements relate to their position within the table. The particle model is explored with respect to the states of matter, simple chemical reactions, compounds and mixtures. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU151, ACSSU152 and ACSSU225.
Energy introduces students to a unified theory of energy. A variety of energy forms, including movement (kinetic energy), heat and potential energy are investigated. Energy transformations leading to change within systems are explored within the context of energy conservation. The importance of electrical and heat energy to our lives is investigated and the importance of heat to weather and climate is explored. This unit covers the Australian Curriculum; Science Understanding description ACSSU155.
The geology and landscapes of the Earth are explored as a dynamic system in Rock Your World. Students learn to recognize basic rock types and explore their origins. The different processes that lead to the formation of igneous, sedimentary, and metamorphic rocks are investigated along with their different structures and properties. The commercial importance of various minerals extracted from the Earth's crust is also explored. This unit covers the Australian Curriculum; Science Understanding description ACSSU153.
Ecosystems and Change explores the dynamic nature of a range of the Earth's many different ecosystems. The ways in which complex multi-cellular organisms can maintain equilibrium and respond to changes in the environment, while being in a constant state of change are investigated. The flow of energy and matter through organisms and whole ecosystems is further explored. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU175 and ACSSU176.
Chemical Reactions extends students' experience and understanding of atoms and atomic structure and its relationship to chemical processes. A range of chemical reactions, including combustion and reactions of acids, are studied and students learn to represent these using chemical symbols, formulae and equations. Students are also introduced to some nuclear reactions and the radiation they produce. The importance of energy transfer in all these processes is emphasized. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU177, ACSSU178 and ACSSU179.
The wave and particle models are used as a unifying theme linking several physical phenomena and processes in Light, Sound, Action. This unit begins with an exploration of processes involving the transfer of heat. The importance of sound and light as organisms sense the world around them is explored through studies of hearing and vision. Light as a form of electromagnetic radiation, and static and circuit electricity are also investigated. The importance of energy transfer in all these processes is emphasized. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU175 and ACSSU182.
Big Systems explores the Earth's structure and climate through a systems-based approach. The process of plate tectonics is investigated leading to an understanding of how continental and oceanic features of the Earth came about. The Earth's climate is investigated, both as a system of interactions involving the biosphere, lithosphere, hydrosphere and the atmosphere. It is also explored as a complex social issue with respect to human effects on the Earth's oceans and atmosphere. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU180 and ACSSU189.
Evolution and Heredity explores how the diversity of living things on Earth is explained through the theory of evolution by natural selection. Changes to DNA and genes through mutations are identified as a source of genetic variation. The mechanism of sexual reproduction is investigated as a process essential for passing heritable characteristics from one generation to the next, enabling the inheritance of a unique set of characteristics from both parents while maintaining genetic variation in the population. Advances in biotechnology and their effects on science and society are also explored. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU184 and ACSSU185.
Chemical Patterns is a chemistry unit exploring a range of concepts and ideas related to chemical reactions. Key types of chemical reactions are investigated and represented through chemical equations. Rates of reactions and energy transfer are also investigated. Properties and reactivity of elements are related to their position in the periodic table and their atomic structure. The importance of many chemical reactions and processes to society, including those involving compounds of carbon, is highlighted. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU186 and ACSSU187.
Energy transfers and transformations are explored in the context of moving objects in Motion and Energy Transfer. The principal of energy conservation and laws of physics, such as Newton's laws, are used to explain the behaviour of moving objects in the presence of unbalanced forces. The concepts of work and energy degradation, particularly in processes involving the transfer of heat, are explored in the context of societal energy use and demand. This unit covers the Australian Curriculum; Science Understanding descriptions ACSSU190 and ACSSU229.
Science Futures explores several contemporary areas of science experiencing substantial new discoveries with the development of new ideas, such as the Big Bang Theory. Major features of visible universe, including galaxies stars and our solar system, are investigated. This unit also explores how, in some cases, these advances involve large, international teams and significant funding. It also investigates how advances in telescopes and other technologies are transforming the way we think of our place in the universe. The unit concludes with an exploration of the interaction between advancing science and social policy and ethics. This unit covers the Australian Curriculum; Science Understanding description ACSSU188.