Page 7 - STEPS MATHEMATICS 4A

^^ Distance and direction Translating shapes using the co-ordinate system of points. 69
^1 Translating patterns Translating shapes a given direction and distance. 70
Skeleton shapes Constructing simple prisms by translating shapes. 71

^^ Birthdays Solving time problems related to birthdays. 72
^1 Hiking times Comparing times taken by children on a hike. 73
Travelling by train Interpreting simple 24-hour timetables. 74
Rod problems Solving multiplication and addition problems with rods. 75
Sticker sums Using arrays to multiply by numbers greater than 10. 76
Finding products Multiplying by numbers >10 with apparatus. 77
Toy shop Solving money problems by multiplying numbers >10. 78

^^ Pinboard quadrilaterals Constructing trapezia, parallelograms and kites. 79
^1 Diagonals Constructing shapes from given diagonals; predicting. 80-81
Quadrilateral angles Investigating the interior angles of quadrilaterals. 82

Do the same machines Investigating machines producing the same output numbers. 83
More machines Investigating machines producing the same output numbers. 84
Back to the start Recognising machines which perform the same operation. 85
Scrambled alphabet Using a sequence of operations to code an alphabet. 86
Sevens and division Solving division problems related to the x7 table. 87
^_ Polygon divisions Solving mentally division problems related to division facts. 88
^1 Division problems Solving 'story' problems. 89
Sponsored swim Solving problems (all operations) about a sponsored swim. 90-91
Stamp division Using arrays to divide by numbers >10. 92

^^ Paper folding Creating shapes with two axes of symmetry. 93
^H Two axes of symmetry Copying and completing patterns with two axes of symmetry. 94
Symmetry puzzles Solving problems using mirrors and squared grid. 95
Shape sort Sorting logic blocks on to a 3-criteria Venn Diagram. 96
Button sort Sorting buttons on to a 3-criteria Venn Diagram. 97
Find that shape! Using a decision tree to sort shapes. 98-99
Sorting them out Sorting children using three personal measurements. 100
Tessellating triangles Investigating whether all triangles tessellate. 101
Regular polygons Creating tessellations made from two different regular polygons. 102
Your own tessellation Creating your own tessellation from given instructions. 103

Scale Solving problems involving halving and doubling. 104-105
Doubling and halving Doubling and halving the length of sides of rectangles. 106-107
Doubling letters Making letters twice as long and wide. 108