Unit G – Triangle Angles

This maths scheme of work for Key Stage Two gets the children to investigate, record and compare the matching properties of different triangle shapes including their sets of right, acute and obtuse angles. The class can produce examples of different isosceles, equilateral and scalene triangles with matching angles.

Investigate, record and compare the matching properties of different types of triangle shapes including their sets of right, acute and obtuse angles

Lesson One : Angle Search

Practise identifying and classifying some of the different types of angles that can be seen in a range shapes found around the school

Lesson Two : Angle Shapes

Explore how to select, record and classify examples of different sized acute and obtuse angles that might be found in a range of geometric shapes

Lesson Three : Angle Match

Investigate how to identify, name and record some of the matching types of angles that can be found in a range of different geometric shapes

Lesson Four : Triangle Groups

Practise recording, classifying and organising some different examples of triangles by their individual matching properties for the number and types of angles

Lesson Five : Triangle Puzzles

Explore how to select and record some special clues that can be used to identify and illustrate a range of different triangles by their matching names and individual properties

  • Ancient Egyptian Pyramids

    Ancient Egyptian Pyramids

    Explore how and why the Ancient Egyptians constructed and used different pyramids and tombs to reflect their beliefs about the afterlife

  • Earthquakes

    Earthquakes

    Investigate and record some of the different causes and effects of earthquakes on locations around the world

  • Shape Locations

    Shape Locations

    Explain and model how to record and change the co-ordinate positions of some different geometric shapes using translation and reflection movements in the first quadrant.

  • Shape Symmetry

    Shape Symmetry

    Explore, record and compare the matching lines of symmetry that can be found in a range of different geometric shapes as part of their individual properties