Communicate ideas and processes using evidence to develop explanations of events and phenomena and to identify simple cause-and-effect relationships
54 resources
This is a unit designed to cover the Australian National Curriculum for Year 6 Chemical Science. In it, students investigate how materials c...
‘Environmental Factors’ is a Year 6 Biological Sciences unit aligned with the Australian National Curriculum. It is designed to cover ten le...
In this unit, designed to last 10 lessons, students will complete the Year 6 ACARA Earth and Space Sciences curriculum, which focuses on nat...
This is an eight lesson unit designed to cover the Australian National Curriculum for Year 6 Physical Science. Throughout this unit, student...
This Adaptations unit is designed to cover the Biological Sciences content areas for Year 5 students. Students explore the types of adaptati...
This is a 10 lesson unit that is designed to cover the Australian National Curriculum for Year 5 Earth and Space Sciences. Over the cours...
This unit is designed to cover ten lessons for the Australian National Curriculum for Year 5 Chemical Science. During this unit, students le...
This activity pack is designed to go along with our Big Bang presentation. This activity kit allows you to turn that interesting presentatio...
This activity has all the learning of a dissection without any of the mess, smells or gross-out, and is designed to be complete in a single...
This activity book is designed to be used with our genetics presentation, allowing you to extend this lesson with appropriate activities for...
This activity kit is designed to accompany the STEAM presentation on the Physics of Flight. In this pack, you will find all the necessary in...
This activity kit, designed to be used in conjunction with our ‘What is a Hovercraft Presentation’ teaches your students the story of the ho...
This activity builds on the previous fun and learning of ‘Building Bridges’ and challenges students to think about how engineers choose mate...
Wood is one of the most fundamental materials there is. We have been using it for millions of years because it is easy to cut, shape and fix...
In this presentation from our Ask About it STEM range, we respond to a student who asked a question about the Big Bang. After briefly discus...
This presentation is designed to accompany the STEM activity “Digestion Detectives” where students learn about the organs in their digestive...
In this presentation, students are introduced to some of the ideas behind genetics, and that inherited chromosomes explain why families look...
This presentation introduces students to the major forces involved in powered flight. It was designed as part of a STEAM activity pack that...
This presentation is designed to introduce students to the concepts included in a STEM activity of the same title. It will help students und...
Wood is one of the most fundamental materials there is. We have been using it for millions of years because it is easy to cut, shape and fix...
This Physical Sciences presentation has been created to support Lesson 1 of the Electricity unit written for Year 6. It allows the teacher t...
This Physical Sciences presentation has been created to support Lesson 2 of the Electricity unit written for Year 6. It allows the teacher t...
This Physical Sciences presentation has been created to support Lesson 4 of the Electricity unit written for Year 6. It allows the teacher t...
This Physical Sciences presentation has been created to support Lesson 5 of the Electricity unit written for Year 6. It allows the teacher t...
This Physical Sciences presentation has been created to support Lesson 6 of the Electricity unit written for Year 6. It allows the teacher t...
A title page to use in conjunction with the Year 5 Biological Sciences Unit, Adaptations.
Students draw a scientific diagram with annotations to demonstrate their understand of how a plant or animal survives in the desert.
Students define each active time and illustrate an animal for each type of active time. E.g., crepuscular, nocturnal, diurnal
A poster that shows the extreme differences in temperature in the desert from day to night.
A set of poster that explains behavioural adaptations, “active times”; cathemeral, diurnal, nocturnal, crepuscular.
Students draw a scientific diagram with annotations to show behavioural adaptations of giraffes in the Savannah biome.
Students draw a scientific diagram with annotations to show physical adaptations of penguins in Antarctica.
Students raw a scientific diagram with annotations to show behavioural adaptations of camels in the desert.
A poster that highlights examples of physical adaptations of giraffes.
A poster that highlights examples of physical adaptations of penguins.
A poster that highlights examples of physical adaptations of camels.
Students brainstorm some environments in which plants live, describe them and some of the possible problems that plants may face in those en...
Students describe the adaptations that helps each of the following plant survive. They draw and label a scientific diagram of each. E.g.,...
Student research and investigate a plant that mimics the look of something else to aid its survival. They name and illustrate the plant and...
Students explain and illustrate how the Australian Banksia survives the catastrophic event of Australian bushfires.
Students research one of the common modes of seed dispersal: Water, wind, animals, gravity or ballistics. They explain how the seed is dispe...
Students draw a scientific diagram with annotations of a Xerophyte (Desert Plant that has specifically adapted for water conservation).
An outline of what needs to be included in an information report on behavioural and physical adaptations of desert plants and animals.
A self-reflection rubric for the information report on behavioural and physical adaptations of desert and plants.
The story of the hovercraft is a story of designing solutions to real-world problems and how the limits of technology can impact design. I...
This 2 page worksheet is designed to work hand in hand with the first presentation in this unit, and help students better understand the sci...
In this worksheet, students create an experiment for how a plant grows. They’re asked to identify all the relevant variables, consider wethe...
Students are able to complete their mould growth experiment, recording their final observations, and answering questions.
This worksheet lets them compare their plant experiment’s measurements with the control group, as well as the other plants so that they can...
Students take what they’ve learned about the Tardigrade, and reimagine them in a super hero setting.
Students investigate some the largest migrations in the animal kingdom, plotting them on a world map.
Explore the fascinating world of physical adaptations with this comparative resource. Students will examine different animals and their uniq...
Dive into the fascinating world of adaptations with this comprehensive presentation. Designed to engage students' curiosity and understandin...
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