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Your search returned 19 results

Listed under:  Mathematics  >  Geometry  >  Transformation (Geometry)  >  Translation (Geometry)
Online

Transformation: Year 6 – planning tool

  • TLF-IDA003299

This planning resource for Year 6 is for the topic of Transformation. Students continue to develop their understanding and skills in transformations including reflections (flips), translations (slides) and rotations (turns).

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The farm

  • TLF-IDA003582

Use this task to assist in assessing student knowledge, skills and processes related to drawing a plan, showing the position and orientation of objects and positional language they use.

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Online

Position and location: Year 1 – planning tool

  • TLF-IDA003121

This planning resource for Year 1 is for the topic of Position and location. Students describe the positional relationship between different objects using relevant spatial language. Support students in learning to describe position, direction and movement.

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Online

Transformation: Year 5 – planning tool

  • TLF-IDA003150

This planning resource for Year 5 is for the topic of Transformation. Students develop their understanding and skills in transformations including reflections (flips), translations (slides) and rotations (turns). Students investigate reflection symmetry.

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Text

Transformations Year 3 & 4 - Calculate

  • TLF-IDA004343

This lesson helps students explore different shape transformations and describe symmetry in objects and images.

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New shapes can be made by joining or partitioning existing shapes: K–2 Year A – Unit 5

  • TLF-IDA004661

New shapes can be made by joining (combining) or partitioning (breaking apart) existing shapes – exploring two-dimensional shapes' attributes and features.

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7Sp03A Transformations - Ochre Education

  • TLF-IDA005461

This three lesson unit of work focuses on translations. Students apply and describe translations, reflections in an axis, and rotations about the origin to a point, sets of points, line segments, lines, and shapes using coordinates on the Cartesian plane including successive transformations; identify line and rotational ...

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TIMES Module 22: Measurement and Geometry: scale drawings and similarity - teacher guide

  • TLF-IDM009166

This is a 41-page guide for teachers. It contains an introduction to scale drawings and similarity, and in particular the tests for triangles to be considered similar. Applications of similarity are included throughout the module.

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Online

TIMES Module 35: Number and Algebra: the quadratic function - teacher guide

  • TLF-IDM009039

This is a 29-page guide for teachers. It introduces graphing of quadratic functions.

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Video

ABC News: Mapping the sea floor

  • TLF-IDM015772

Hydrographers chart the seabed and coastline, giving ships a map to help them avoid running into underwater trouble. Use this clip as a context for exploring the mapping of the sea floor. Think about scale and how to indicate different depths using contour lines.

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Video

Catalyst: Measuring our coastline

  • TLF-IDM015449

How long is the Australian coastline? See Dr Derek Muller and Simon Pampena discussing the perimeter of the Australian coastline. Find out how the accuracy of that measurement depends on the length of the 'measuring stick' used. They discuss how a coastline is much like a fractal such as 'Koch's Snowflake'!

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Video

MathXplosion, Ep 42: Maths in nature

  • TLF-IDM024998

Maths can be found in living things and natural structures. Explore mathematical patterns in nature, such as the tessellating hexagonal units of a honeycomb, the bilateral symmetry of a leaf, the radial symmetry of a snowflake and spiderweb, and the number of right or left spirals on a pinecone or pineapple (Fibonacci numbers).

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Video

MathXplosion, Ep 34: Kite symmetry

  • TLF-IDM025006

Unfurl the secret of symmetry used in kites to make them fly! A kite in geometry looks a lot like a kite in the sky. We see that a kite is a special quadrilateral in which one of its two diagonals (long and short) is also its axis of symmetry, and if you fold the kite along that diagonal, the two halves will match up exactly ...

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Online

reSolve: Reasoning With 2D Shapes

  • TLF-IDM021828

This sequence of three lessons explores shape properties and skills in manipulating shapes using transformations. Students create two-dimensional shapes by joining pins on a circular geoboard, explore the different shapes that can be made by joining together a set number of identical equilateral triangles and investigate ...

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Online

reSolve: Transformations - Frieze patterns

  • TLF-IDM021072

This sequence of three lessons explores transformation and symmetry by engaging students in the design of friezes. Students are introduced to simple friezes, how reflections, rotations and translations are combined to create design elements, explore real frieze examples from furnishings in Parliament House and tyres, then ...

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Interactive

Syllabus bites – speedy sliding

  • TLF-IDM021848

This is the first in a series of Syllabus bites related to transformations on the Cartesian plane aimed at Stage 4 Mathematics. Students find the coordinates of image points after translation. In doing so, they develop fluency in using coordinates and familiarity with the Cartesian plane, providing a basis for the investigations ...

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Interactive

Syllabus bites – mixing it up

  • TLF-IDM016282

The fifth in a series of Syllabus bites related to transformations on the Cartesian plane. This bite covers combinations (composition) of transformations.

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Interactive

Syllabus bites – flipping and sliding

  • TLF-IDM016436

This is the third in a series of Syllabus bites related to transformations on the Cartesian plane. Students further their understanding of translation and reflection and explore relationships between these two transformations.

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Interactive

Photo hunt: level 4

  • TLF-IDL6261

Explore visual perspectives of solids such as cylinders, spheres, cones and cuboids. Match a 2D photo of a group of 3D objects taken from a different viewpoint. Identify the relative positions of the solids by comparing 2D outlines and colours. Rotate the scene until the view matches the original photo. The solids in the ...

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