Please note: This site contains links to websites not controlled by the Australian Government or ESA. More information here.
Volume of a cylinder
The lesson aims to challenge students' thinking about integers and the volume of cylinders. It allows students to explore what is meant by mathematical proof. Students work collaboratively, following guided questions to explore the relationships between the coefficients of a quadratic equation. The lesson is aimed to challenge students' thinking, encouraging them to explore and deepen their conceptual understanding. The resource includes classroom examples, teacher notes and guided questions.
Additional details |
|
Year level(s) | Year 10 |
---|---|
Audience | Teacher |
Purpose | Assessment task, Extension, Student task, Teaching resource |
Format | Downloadable resources |
Teaching strategies and pedagogical approaches | Collaborative learning, Differentiated teaching, Explicit teaching, Feedback, Mathematics investigation |
Keywords | cylinder, volume, radius, height, integer |
Curriculum alignment |
|
Curriculum connections | Critical and creative thinking, Numeracy |
Strand and focus | Algebra, Measurement, Build understanding, Apply understanding |
Topics | Algebraic expressions, Area, volume and surface area, Integers |
AC: Mathematics content descriptions |
ACMNA241
Solve simple quadratic equations using a range of strategies
|
National numeracy learning progression |
Understanding units of measurement
-
UuM9
|
Copyright details |
|
Organisation | Inquiry Maths |
Copyright | © Andrew Blair 2012-21. Creative Commons BY-NC-SA 4.0. |
Related resources
-
Odd coefficients
This prompt will challenge students to think about the structure of a quadratic equation.
Resource details -
Difference of squares
This prompt encourages the exploration of the difference of two squares.
Resource details -
Simultaneous equations
This prompt presents simultaneous equations with related coefficients.
Resource details -
Quadratic equations
Using a very open prompt, students explore the product of linear expressions and the factorising of a quadratic expression.
Resource details