Presentation on theme: "Year 6: Understanding Shape"— Presentation transcript:
1 Year 6: Understanding Shape Back to Contents (this slide)Previous SlideNext SlideAction Button (click when it flashes)Contents - Please click the Go ButtonClassifying TrianglesUsing Co-ordinate in 4 QuadrantsUsing a Flow ChartParallel & Perpendicular Lines3D ShapesSymmetryFaces, Edges & VerticesTranslationNet ShapesRotational SymmetryUsing Co-ordinatesMeasuring and Estimating Angles
2 Classifying Triangles Click on the triangle to reveal its properties 60°60°60°An equilateral triangle. All sides are the same length. All angles are the same (60°).A right angled triangle. One of its corners is a right angle.y°A scalene triangle. All the angles and sides are different.x°x°A isosceles triangle. Two angles are the same, and two sides are the same length.
3 Identifying a Shape Choose a shape Identifying a Shape Choose a shape. Click yes or no to follow the flowchartClearDoes the shape have 3 sides?YesNoDoes the shape have 4 sides?Has the triangle got a right angle?YesNoYesNoAre all sides the same length?Does the shape have 4 right angles?Has the shape got 5 sides?Right angled triangleYesNoYesNoYesNoEquilateral TriangleIsosceles TriangleRectangleParallelogramPentagonHexagon
4 3D Shapes A cuboid. Square based pyramid A cube A cylinder 3D shapes are difficult to see on a 2D screen, but we’ll have a go! Click on a shape to reveal its name.A triangular prismA hexagonal prism.
5 3D Shapes: Faces, edges and vertices. Faces. This cube will have 6 faces.Edges. This is where faces meet. This cube has 12 edges.Vertices. These are corners of a 3D shape. This cube has 8 vertices.
6 Can you fill in the missing parts of this table? Name of ShapeImageNo. of facesNo. of edgesNo. of verticesCuboid6128Square based Pyramid5Cylinder32Triangular Prism9Hexagonal Prism18???????????????Can you fill in the missing parts of this table?Click on the ? to reveal the answer…
7 Net Shapes We can make 3D shapes from 2D net shapes. This net shape will make a cube.
8 Click on the 3D shape to see what the net shape looks like
9 Using Co-ordinates The co-ordinates of this point are (5,6) 8 7 6 5 4 Co-ordinates are used to identify where a point can be found.They are written in brackets. The first number is how many squares along, the second number is how many squares up!87654321The co-ordinates of this cross are (3,3)12345678
10 Plotting Co-ordinates Click on the cross to reveal the co-ordinates 876(2,6)(5,6)(10,6)5(7,5)4(3,4)(9,4)3(6,3)2(1,2)(4,2)(9,2)11234567891011
11 What are the co-ordinates of each corner of these shapes What are the co-ordinates of each corner of these shapes? Click on the co-ordinates to place them(3,4)(1,7)87(8,5)6(1,4)54(4,5)32(7,1)1(5,1)12345678
12 What shape does it make? (2,3) (6,3) (2,7) (6,7) 8 7 6 5 4 3 2 1 1 2 3 Draw Shape8Plot these points on the graph paper: Click a co-ordinate to plot the corner.76543What shape doesit make?2112345678
13 This shape is a oblong. What are the co-ordinates of D? (6, 8)C (2, 8)DF(2, 4)G (10, 4)A (2, 4)B (6, 4)This shape is a oblong. What are the co-ordinates of D?This is an equilateral triangle. What are the co-ordinates of F?
14 Co-ordinates in all 4 quadrants This is the second quadrant. Typical co-ordinates might be (-5,6)This is the first quadrant. Typical co-ordinates might be (5,6)IIIXX5 squares backwards, 6 squares up5 squares across, 6 squares upThis is the fourth quadrant. Typical co-ordinates might be (5,-6)This is the third quadrant. Typical co-ordinates might be (-5,-6)IVIIIXX5 squares across, -6 squares down5 squares backwards, 6 squares down
15 Can you work out the co-ordinates of each corner of the 4 triangles? 8(-4, 6)(4, 6)642(-6, 2)(-2, 2)(2, 2)(6, 2)246810-10-8-6-4-2-2(8, -2)(-6, -2)-4(-8, -6)-6(6, -6)(-4, -6)(10,-6)
16 Plot these points and join them (in order) to reveal a 4 letter word. 2nd Letter: (8,2), (4,2), (4, 6), (8, 6), (6,4), (4,4)1st Letter: (-8, 2), (-8, 6), (-10, 6), (-6, 6)8642246810-10-8-6-4-2-24th Letter: (-10, -8), (-10, -4), (-8, -6), (-6, -4), (-6, -8)-4-63rd Letter: (8,-6), (6,-2), (4,-6), (5, -4), (7,-4)-8Plot these points and join them (in order) to reveal a 4 letter word.
17 Parallel LinesA train needs to run on parallel lines, otherwise it wouldn’t be very safe!Parallel lines are lines that are always the same distance apart, and never meet.
19 Perpendicular Lines are lines that join at right angles (90°) This oblong has 4 perpendicular linesPerpendicular Lines are lines that join at right angles (90°)
20 How many perpendicular lines can you see on these shapes? Click each shape to reveal the answers
21 SymmetryA line of symmetry is where a shape can be divided into two exact equal parts.A line of symmetry can also be called a mirror line. Either side of the mirror line looks exactly the same.This is a line of symmetry for a square. Notice that both halves of the square are exactly the same.
22 Symmetry Using Horizontal and Vertical Mirror Lines 2nd Quadrant1st Quadrant3rd Quadrant4th Quadrant
26 What will this shape look like reflected in the different quadrants?
27 What will this shape look like reflected in the different quadrants?
28 This shape has moved 4 places to the right, and 2 places up. Translation10Translation: Translation means moving a shape to a new location. Watch these examples:98This shape has moved 4 places to the right, and 2 places up.765432Congruent Shapes112345678911121310
29 109This shape will be translated 6 places to the right, and 2 places down. What will it look like?8765432112345678910111213
30 This shape will be translated 2 places to the right, and 4 places up. 10987This shape will be translated 2 places to the right, and 4 places up.65432112345678910111213
31 1096 squares left, and 1 square down.876What has this shape been translated by?5432112345678911121310
32 Rotational Symmetry A complete turn (360°) 90° Rotation Clockwise Centre of Rotation180° Rotation Clockwise270° Rotation Clockwise
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