Starter pack Term 2a - Solve My Maths Web viewLoop any equivalent fractions that are next to each...

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Transcript of Starter pack Term 2a - Solve My Maths Web viewLoop any equivalent fractions that are next to each...

Starter PackTerm 2aIndices 1 - Loop any grey boxes to their answers (including diagonals)

3 5 1 1 41 5 20 16 3 1 5 4 12 3 27 64 9

1

27 21

12 33

3 42

64 43

3 53

125 40

26 33

4 10

4

1 8 41 9 7 8 31 1 4 31 4 37 27 5 41 1 1

3 51

1 11

1 42

1 22

1 51

2 31

1 10

1 40

1

27 5 8 1 8 5 8 4 41 1 9 15 8 5 36 0 5

1 43

16 10

16 50

4 41

125 20

1 53

16 50

9 51

9

4 3 5 0 5 16 2 31 16 41 5 3 5 80 12 5 5

1 50

125 21

125 42

3 31

27 33

16 30

125 51

27 20

64

12 7 7 41 7 27 12 9 5 2 3 9 7 1 2 1 16

5 53

9 33

9 51

9 11

1 52

1 42

9 40

4 32

20

41 4 4 33 26 3 36 3 25 32 41 35 16 1 8 5 41

8 40

25 41

25 23

1 31

9 41

2 42

25 40

1 50

36

1 26 1 8 1 31 1 41 3 31 31 1 4 42 1 5 41

16 30

4 51

9 52

4 21

3 31

4 50

4 43

3 50

3

25 9 4 25 20 31 3 16 4 13 1 1 1 41 16 3 1

4 32

1 22

31 22

3 23

3 32

1 30

9 43

28 50

125

4 29 9 4 29 26 9 64 9 20 1 1 20 31 9 1 1

Indices 2 - Loop any grey boxes to their answers (including diagonals)

125 125 4 25 34 4 23 23 5 16 27 2 8 125 1 2 5

1 12

15 50

7 32

9 30

2 43

64 50

32 22

5 43

1

2

27 4 28 9 13 1 36 3 2 36 4 39 4 125 28 3 64

125 50

3 22

3 21

25 10

4 21

9 10

3 51

1 51

9

1 1 3 4 3 2 1 0 42 27 5 0 3 3 42 1 1

27 22 12

5 40

125 21

8 10

4 33

16 20

125 32

3 51

5

5 2 5 0 5 4 4 29 15 42 5 0 5 375 8 5 4

125 53

1 23

1 41

0 10

1 22

64 51

1 13

25 43

5

15 13 13 34 13 1 8 5 2 1 7 1 13 4 4 4 23

125 12

64 40

64 41

3 13

3 53

5 51

64 43

8 40

23

28 3 64 45 32 5 42 2 1 29 34 35 5 4 1 1 28

4 33

1 43

1 51

1 21

1 30

5 53

1 22

25 13

42

27 4 3 4 3 29 3 28 8 36 34 64 1 26 1 5 34

27 53

1 50

5 43

2 33

2 23

4 43

1 33

5 50

25

2 8 1 9 24 34 2 15 2 13 1 64 4 28 23 125 16

16 23

4 42

36 41

5 42

5 12

27 30

5 10

40 42

1

1 25 5 16 25 32 9 2 9 20 1 4 24 36 9 4 3

Indices 3 - Loop any grey boxes to their answers (including diagonals)

8 3 1 4 31 5 3 18 3 2 1 1 19 8 25 3 2

25 42

9 21

13 43

64 22

1 10

1 30

30 13

2 40

1

1 1 29 4 12 9 29 9 1 29 2 39 1 3 29 25 12 1 0 2 0 3 3 2

3

8 5 3 2 3 2 4 2 1 2 1 1 3 2 9 5 1

3 3 1 0 1 0 1 0

1 3 1 3 2 2 2 0

0 3 2 2 0 0 0 3

2 1 2 0 0 1 0 1

1 2 3 0 2 1 2 3

0 0 2 3 1 1 2 1

4

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Equivalent Fractions 1Loop any equivalent fractions that are next to each other (including diagonals)

4 Lines

8 Pieces

2 Lines

4 Pieces

4 Lines

9 Pieces

6 Lines

7 Pieces

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Equivalent Fractions 2Loop any equivalent fractions that are next to each other (including diagonals)

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Equivalent Fractions 3Loop any equivalent fractions that are next to each other (including diagonals)

8

A clock was numberedone:What is this missing digit?Which is the first square number to contain this missing digit?If Colin’s clock was developed into a 24-hour clock, would it now contain the missing digit?

Algebra 1 – x Algebra 2 – x

5 Lines

8 Pieces

3 Lines

8 Pieces

4 Lines

8 Pieces

9

A clock was numberedone:What is this missing digit?Which is the first square number to contain this missing digit?If Colin’s clock was developed into a 24-hour clock, would it now contain the missing digit?

Fractions 1 Fractions 2Work out 1-8 Rewrite 9-15

Find the number of ways of making 19 when adding together 3 UNIQUE digits from 1-9. e.g. 9+8+2

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Fractions 3 Fractions 4Rewrite these questions with the same denominators

11

In a year group of 120 pupils, 75% achieved at Level 4 or Level 5 in Key Stage 2 Maths. If sixty-five pupils achieved Level 4, how many pupils achieved Level 5 standard?

Negatives 112

Find the total of the first SEVEN different whole numbers, from 30 upwards, that are multiples of 5, 7 or 9.

Negatives 2

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Using a mixture of the three groups of numbers  1 2 3  or  2 3 4  or  3 4 5, find which numbers from 1-20 are impossible to achieve with + – x ÷ available to use.

Negatives 314

Replace ? with + – x orLeft to Right (no brackets allowed):

2 ? 2 ? 4 ?

Negatives 415

Using the numbers 4 4 8 once each, with + – x ÷ available, list TEN different target numbers that are possible to achieve from 1 to 30 inclusive?

Angles 116

Your task is to find the FOUR ways of making 35 when adding together 6 UNIQUE digits from 1-9. Can you list them?

Angles 217