Grad Academy

This hands-on worksheet helps students explore the difference between simple interest and compound interest by calculating and graphing interest earned on the same principal amount at 6.5% interest rate. Students will calculate interest over time using both methods, complete data tables, and graph their results side-by-side, allowing them to visually compare how compound interest grows faster than simple interest—even at the same rate. What’s included: Clear step-by-step instructions and work

anslations & Reflections with Geoboards | Year 5–7 Geometry ActivityThis engaging hands-on activity is designed to help students in Years 5–7 explore translations and reflections using a geoboard (physical or digital). Students will create shapes on the board and transform them by sliding (translating) or flipping (reflecting) across vertical or horizontal lines. Perfect for developing a deep understanding of geometric transformations through visual and kinaesthetic learning. What’s included:

This straightforward and student-friendly worksheet is designed as an introduction to prime factor trees, perfect for Year 7 students or upper primary learners needing a solid foundation in prime factorisation. With pre-drawn diagrams and easy-to-follow examples, students can confidently practice breaking down numbers into their prime factors using factor trees. The simple numbers make this resource ideal for beginners, helping students grasp the concept before moving on to more complex proble

Rotations Worksheet | Year 5–7 Geometry Activity (Clockwise Only)This hands-on worksheet is designed to help students in Years 5–7 practise rotating shapes 90° and 180° clockwise around a point. Students can choose between two methods— tracing with baking paper or using a protractor and compass—making it easy to differentiate based on your lesson focus or students’ confidence levels. What’s included: Step-by-step instructions for both tracing and measuring methods A range of shapes to rotate

Stage 1 and Stage 2 Business Innovation, SACE. Introduction to Design Thinking Process 5 Phases of Design Thinking Process including: Empathize DefineIdeate PrototypeTest The PowerPoint Presentation includes full explanation of each phase, demonstrate steps-by-steps, activity for each phase, and examples.

Unlock the secrets of business success with our comprehensive "Understanding the Business Life Cycle" lesson. In just 90 minutes, your students will gain a deep insight into how businesses evolve over time and the pivotal role the Business Life Cycle plays in shaping strategies and decision-making. Through engaging activities, real-life scenarios, and captivating case studies, students will learn to identify which stage a business is in, understand the break-even point, and appreciate the real-w

This is a statistical investigation. "Updated 2025)" Students will compare: types of sampling methods. effects of large and small sampling sizes.effects of outliers on median and mean.how to sample and reduce bias.Students are tasked at finding which year level (8 or 10) is faster over a distance of 30 meters. It's an easy to follow investigation. You can teach while doing it or as an assessment at the end of statistics. Statistics should be an enjoyable class to take. Be creative with it and

Unlock creativity and innovation with our comprehensive instruction guide for the Marshmallow Challenge, a cornerstone of the Design Thinking process. This step-by-step guide is your key to fostering t eamwork, problem-solving, and out-of-the-box thinking. Whether you're an educator, team leader, or facilitator, our guide empowers you to seamlessly implement this engaging activity, turning it into a powerful tool for collaborative learning and strategic innovation. Elevate your approach to d

Space Assessment with rubric. I ran this over two lessons, one hour each. The key here is can they apply transformations, recognise nets and draw isometric drawings. - describe transformations of a set of points using coordinates in the Cartesian plane, translations and reflections on an axis, and rotations about a given point. - represent objects in 2 dimensions; discuss and reason about the advantages and disadvantages of different representations

Embark on a delectable journey with 'Consistency Confections: A Muffin-Baking Exploration in Product Quality.' In this engaging activity, participants delve into the world of product consistency, a critical factor in commercial success. By immersing themselves in the art of muffin baking, participants work collaboratively in groups to select and implement methods ensuring uniform size and shape. Each group meticulously measures their muffins, and through thoughtful data analysis, participants e

Unlock creativity and innovation with our comprehensive instruction guide for the Marshmallow Challenge, a cornerstone of the Design Thinking process. This step-by-step guide is your key to fostering teamwork, problem-solving, and out-of-the-box thinking. Whether you're an educator, team leader, or facilitator, our guide empowers you to seamlessly implement this engaging activity, turning it into a powerful tool for collaborative learning and strategic innovation. Elevate your approach to d

Dive into a dynamic assessment of mathematical prowess with our comprehensive test. Tackling key areas, the exam features 3 probing questions on Probability & Statistics, 6 challenges in Financial Mathematics, and 7 thought-provoking inquiries in Measurement & Geometry. This well-rounded test is crafted to engage and evaluate, providing a thorough gauge of mathematical proficiency. Ideal for educators seeking to enrich their students' understanding across diverse mathematical domains.

Prepare your students for success in the upcoming math test with our comprehensive assessment, covering a range of essential mathematical skills as per the Australian Curriculum standards. This test rigorously examines their proficiency in ACMNA132 by investigating and calculating percentage discounts of 10%, 25%, and 50% on sale items with and without digital technologies. In addition, it challenges students to demonstrate their understanding of ACMNA158 by finding percentages of quantities and

Empower students to think critically with this hands-on statistics activity designed to build foundational data skills! Students will learn how to sort and classify categorical data, construct bar charts, and interpret results to make sound judgments. Once confident, they’ll apply their knowledge by designing and conducting their own data investigation—perfect for encouraging curiosity, independence, and analytical thinking. This activity supports curriculum outcomes by developing students’

This was designed for year 9/10. It is an end of term exam covering three topics: - measurement - trigonometry - statistics It's graded using percentage scores. It will take 1.5 hrs to complete.

Introduction of Income Statement Elements of Income Statements Explanation of Revenue, Types of Expenses i.e. Direct vs Indirect with examples Explanation of Break-even Analysis with demonstrated examples Excel Spreadsheet of Break-even Analysis and Sales Forecast

Bring algebra to life with this engaging, hands-on experiment where students measure the temperature of boiling water over time and discover how linear equations model real-world change. Over a 10-minute period, students collect temperature data, plot it against time, and observe patterns in the heating process. Using their graphs, students fit linear equations to the data, make predictions about future temperatures, and discuss the limitations of linear models in real contexts. The real-t

Help students move beyond the numbers with this practical activity focused on understanding the mean in real-life contexts. Students explore five relatable scenarios, calculate the mean for each, and then describe what the mean actually represents in each situation—bringing meaning to the math. Next, students calculate the median for the same scenarios and compare it to the mean, learning how different measures of central tendency can give different insights. This activity builds both com

Turn your classroom into a data lab with this real-world investigation! In this engaging activity, students explore what sells best in a vending machine by analysing fictional or collected sales data. They’ll calculate the mean number of items sold, compare products, and reason which items are the most popular and profitable. Students also dive into basic cost analysis, learning to consider both quantity sold and product price to make informed, evidence-based decisions. This activity builds

Poster for your wall, used to help reinforce addition and subtraction of negative numbers. It's important to have walls, with material to help students remember concepts. I've uploaded as a picture so you can resize if you need. To make it A3 (poster size) go to print and select output as A3, it will automatically convert to A3 size. If you would like to as small print out for desks or books (highly recommend), just select output as 4 per page on A4.