Location and transformation
Based on the Australian Curriculum, Location and transformation in Mathematics Year 5 includes:
- ACMMG113 Use a grid reference system to describe locations. Describe routes using landmarks and directional language
- ACMMG114 Describe translations, reflections and rotations of two-dimensional shapes. Identify line and rotational symmetries
- ACMMG115 Apply the enlargement transformation to familiar two dimensional shapes and explore the properties of the resulting image compared with the original
- Plus Plan
Battleship Plotting Game (Quadrant 1 of the Cartesian Plane)
Use this grid system game to practise plotting coordinates on Quadrant 1 of the Cartesian plane.
- Plus Plan
Location and Transformation Worksheets - Year 5
7 location and transformation worksheets linked to the Australian Curriculum.
- Plus Plan
Using a Grid System — Worksheet Pack
Practise map skills with our printable 11-page grid system worksheet pack teaching children about coordinates.
- Plus Plan
Numeracy Assessment Tool - Year 5
A set of 6 numeracy assessment tools suited to Year 5 students
- Plus Plan
Tangram Treats – Task Cards and Templates
Explore the properties of geometric shapes with this set of scaffolded tangram shapes task cards and cut-out tangram templates.
- Plus Plan
Mystery Pattern Grids (Multiplication)
Students solve multiplication facts, interpret grid coordinates and draw shapes to reveal a mystery picture.
- Plus Plan
Year 5 Numeracy Exit Tickets
20 Numeracy Exit Ticket activities for students to provide evidence of their learning progress.
- Plus Plan
Maths Warm Ups PowerPoint - Year 5
A PowerPoint providing a series of warm up activities for Year 5 students across the curriculum.
- Free Plan
Cartesian Plane Printable Poster
Display this Cartesian plane printable poster in your classroom when teaching units about graphing on cartesian planes.
- Plus Plan
Coordinates Posters
Two posters to display in your classroom explaining coordinates.
- Free Plan
Flip, Slide, Turn Poster
A visual poster examining the difference between flipping, sliding and turning a shape.