CConstaterende datLeiden
Koppel je AI →
Document · PDF

210035 Bijlage 1 Plankaart 1:500

raadscommissie Leefbaarheid en Bereikbaarheid 17 juni 2021, gemeente LeidenBij agendapunt: Bijlagen bij raadsvoorstel8.064 woorden

Open het PDF bij iBabs ↗Naar de vergadering →

Tekst van het document

Uit het bestand gehaald, zonder opmaak, tabellen en afbeeldingen

aan n al a a l m sa sm dd n ran r tusBB s Ti u

27

57

28

2 2-21 20

59

41

0.35

42

0.36

29

61

43

51 44

30

63

45 49-49E

46

R oos e

31

47

veltst

48 0.32 0.33

aat t r a t a r s t n s n a a m m k c c e e B i B d r i a i d W ar Wi

8Z 1

raat

0.35

0.35

0.41

-40 1

R 8, 00

8 3 . +0 8 2 . +0

0 4 WB

-0.09

3 2 . +0

8 2 . +0

5 3 . +0

2 1 OB

2 OB1

0 0 , 0 1 1 6 , 9 4

0 4 . +0 2 1 OB

2,0%

2 1 OB

46 +0.

43 +0.

40 +0.

30 +0.

26 +0.

26 +0.

TB15

43 +0.

40 +0.

30 +0.

26 +0.

43 +0.

40 +0.

30 +0.

26 +0.

OB12

2,0%

30 +0.

+0. 36

40 +0. 50 +0.

2, 00

22 +0.

TB15

20 +0.

52 +0.

52 +0.

48 +0.

40 +0.

48 +0.

30 +0. 20 +0.

25 +0. 8 OB0

20 +0. 30 +0. W B40

32 +0.

37 +0.

5 42 TB1 +0.

OB08

52 +0.

48 +0.

40 +0.

48 +0.

52 +0.

TB40

8 OB0

40 +0.

26 +0.

26 +0.

36 +0.

31 +0.

2 OB1

40 +0.

52 +0.

48 +0.

36 +0. 26 +0.

26 +0.

22 +0.

4, 00 R 36 +0.

36 +0.

31 +0.

31 +0. OB08

60 -0.

36 +0. 28 +0.

55 +0. 35 +0.

45 +0.

45 +0.

35 +0.

45 +0.

45 +0. TB15

42 -1.

42 -1.

60 -0.

50 +0.

R

40 +0.

40 +0. 55 +0.

8 OB0 8 OB0

8 OB0

40 +0.

40 +0.

52 +0.

48 +0. 40 +0.

40 +0.

30 +0.

30 +0.

20 +0.

28 +0.

30 +0. 20 +0.

18 +0.

40 . +0

50 +0.

0. 30

B + 40

W

28 +0.

52 +0.

+0. 37

0. 60

1. 00

1. 00

0. 60

48 +0.

48 +0.

52 +0.

I

20 +0. 30 +0. W B40 0. 15

48 +0.

12 +0.

20 +0.

10 +0.

20 +0. 10 +0.

16 +0.

06 +0.

16 +0. 06 0. 16 + +0.

4, 00 R

16 +0.

42 +0.

42 +0.

38 +0. 30 +0.

48 +0.

52 +0.

38 +0.

30 +0.

95 2,

48 +0.

52 +0.

36 +0.

44 +0.

48 +0.

+0. 30

48 +0.

04 11,

44 +0. 36 +0.

28 +0.

TB15 18 . 20 +0 +0.

06 +0.

16 +0.

44 +0. 36 +0.

06 +0.

TB15 13 +0. 25 +0.

13 +0.

23 +0.

38 +0. 30 +0.

42 +0.

42 +0.

38 +0. 30 +0.

25 +0.

41 +0.

8 B12 OB0 O

04 11,

5 GB1

45 +0.

44 +0. 36 +0.

43 4,

48 +0.

48 +0.

44 +0. 36 +0.

8 OB0

8 OB0

44 +0. 36 +0.

48 +0.

53 5,

37 +0.

8 B12 OB0 O

5 GB1

23 44,

41 +0.

22 +0.

18 +0. 08 +0.

0% 2,

30 +0.

20 +0.

5 TB1

00 10,

5 GB1

2 OB1

44 +0. 36 +0.

44 +0. 36 +0. 36 +0.

48 +0.

48 +0.

36 +0.

46 +0.

37 +0.

41 +0.

48 +0.

46 +0.

4, 00

8 8 , 6

R

+

0 ,0 15

41 0.

65 1,

35 0.

4 2 . +0

4 1 . +0

4 1 . +0

5 1 B T

I

4 2 . +0

4 2 . 5 +0 1 B T 4 2 . +0

4 2 . +0

4 2 . +0 4 3 . +0

300x300x80

I

5 1 B T

8 2 . +0

9 1 . +0

4 1 . +0

4 2 . +0

9 1 . +0 4 2 . +0

8 2 . +0

4 2 . +0 4 3 . +0

00 5,

R

n va

50 4,

00 4,

I

% 2,0

R

00 4,

46 +0.

R 0.14

50 5,

96 2,

4 1 . +0

0 0 , 1

+

4 2 . +0 5 1 B T

4 2 . +0 5 1 B T

I

R

4 2 . +0 4 3 . +0

0 ,0 20

12 OB

80 1,

0% 2,

12 OB

80 1,

30 0.

12 OB

30 0.

80 4,

+

+

23 . 15 +0 TB

20 . +0 B08 O

15 . +0 5 2 . +0 22 . +0

80 1, 50 1,

15 . +0 5 2 . 08 +0 OB 22 . +0

15 . +0 5 2 . +0 22 . +0

12 OB

12 OB

12 OB

4, 00

95 1,

80 1,

50 3,

5 TB1

08 OB

R

80 1,

48 +0.

44 +0. 36 +0.

48 +0.

53 5,

5 GB1

8 B12 OB0 O

44 +0. 36 +0.

48 +0.

5 1 B T

4 2 . +0

b co Ja

n aa l en m0p a C 28,8

4 1 . +0

0 0 , 5 9 1 . +0

50 5,

94 2,

0 5 , 1

0 0 , 3

4 1 . +0

2,0%

44 0. 5+ GB1 36 +0.

8 B12 48 OB0 O +0.

53 5,

8 OB0

42 0. 300x300x80

08 OB 15 . +0 5 2 . +0 22 . +0

95 1,

48 +0.

10 2,

44 +0. 36 +0.

48 +0.

2 OB1

5 GB1

+

8 OB0

36 0.

15 TB

11 . +0

8 0 OB

0 3 . +0

0 5 , 6

4 1 . +0

H K S B S

4 1 . +0

I 1 6 , 6

232

15 TB

15 . +0 5 2 . +0 22 . +0

34 -6 4

15 TB

15 . +0 5 2 . +0 22 . +0

26 . +0

I 26 . +0

17 . +0 7 2 . +0 24 . +0

08 OB

21 . +0 1 3 . +0 28 . +0

P'

12 OB

22 . +0 2 3 . +0 30 . +0

15 TB

08 OB

21 . +0

04 , I 11

15 TB

0 0 , 5 1 4 2 . +0

0 3 . +0

I 0.18

0 0 , 5 1

0 5 , 1 9 1 . +0

4 1 . +0

50 1,

18 . +0

17 . +0

3

I

90 1,

04 , 11

n aa1,04 nl 1 e 90 1, p I am C ,28

21 . +0

08 OB

90 1,

63 9,

04 , 11

80 1,

8 OB0

8 OB0

+

04 , 11 12 OB

0% 2,

70 2,

32 . +0

04 , 11

90 1,

13 . +0

80 1,

12 OB

12 OB

36 . +0 . 26 +0

24 . +0

I 50 , 14

80 1,

24 . +0

40 . +0

32 . +0

08 OB 18 88 . 1, +0 8 2 . +0 31 . +0

300x300x80

45 . 22 0, +0

I

26 . +0 6 3 . +0 08 33 . OB 0 +0 0 , 2

66 -9 6

14 . +0

0% 2,

8 20 OB0 . +0 88 1,

22 . +0

38 . +0

22 . +0 32 . +0

14 . +0 4 2 . +0 27 . +0

14 . +0 4 2 . +0 27 . +0

50 1,

12 OB

15 TB

15 TB

08 OB

80 1,

80 1,

12 OB

58 1,

16 . +0 6 2 0. 08 + 29 OB . +0

15 . +0

20 . +0

80 4,

80 4,

04 , 11

90 1,

50 7, 10 . +0

95 1,

15 . +0

04 , 11

10 . +0

14 . +0

I H KSSB

15 . +0

53 5,

95 1,

10 . +0

12 OB

12 OB

15 . +0

0% 2,

80 1,

12 OB

60 0, 55 1,

85 12 . 1, +0

2 1 OB

2 1 OB

22 . +0

10 . +0

15 TB

22 . +0

I

22 . +0 . 24 +0 4 1 . +0

80 1,

80 1,

22 . +0 . 24 +0 4 1 . +0

24 . +0

60 0, 57 1,

28 . +0

08 OB

15 TB

22 . +0 45 0,

90 1,

16 . +0

55 , 16

08 OB

08 OB

R4 , 0 0

14 81 3, +0.

0.16

I

40 . +0 36 . +0 6 2 . +0

0 11 . +0

4 2,

11 . +0

11 . +0

00 1, 13 0. 11 + . +0

5 1 B T

4 1 . +0

0.24 0.24

12 OB

80 1,

50 , 14

26 . +0

15 TB

00 2,

16 . +0

b 7,5 co Ja 3

80 4,

26 . +0

12 OB

n vaI

55 , 16

80 1,

+0.58

08 OB

15 . +0

22 . +0 . 24 +0 4 1 . +0

30 . +0

33 . +0 29 . +0 19 34 . . +0 +0 8 0 0 3 . OB +0 20 . +0

12 OB

80 1,

15 TB

80 1,

P

26 . +0

15 TB

H'

53

+0.58

42 0.

15 TB

12 OB

08 OB

16 0.

22 . +0 32 . +0

+

26 0.

12 OB

11 . +0

11 . +0

H KSSB

0.17

25 . +0 5 1 . +0

15 TB 08 22 OB . +0 . 24 +0 4 1 . +0

25 . +0 5 1 . +0

12 OB

22 . +0

36 . +0 . 26 +0

00 1,

+

26 . +0

50 , 14

20 1,

36 0.

08 OB 36 . +0 . 26 +0

40 . +0

70 4,

12 0B 08 0B

29 . +0

80 1,

26 . +0 . 28 +0 8 1 . +0

20 1,

15 TB

55 , 16

25 . +0 5 1 . +0

08 OB

08 25 OB . +0 5 1 . +0

08 25 OB . +0 5 1 . +0

50 4,

0.60

0.59

29 . +0

26 . +0

20 8,

49

I

+0.60

0.60

15 TB

12 OB

16 0.

26 . +0 15 OB

+

26 0.

26 . +0

+

28 0.

00 5,

+

0.32

29 . +0

29 . +0

29 . +0

30 . +0

51

B 3 4 +0.60

C 43

47

26 . +0

+

38

5 4 +0.65

30 . +0

+

22 . +0

22 . +0 32 . +0

20 0.

00 1,

28 0.

50 1,

+

+

6 -6 40

0.59

30 . +0

3A 4

0.60

0% 2,

55

TB15

48 +0.

44 +0. 36 +0.

36 +0.

30 +0.

08 OB

15 TB

12 OB

82 2,

12 . +0

48 +0.

53 5,

50 0,

42 0.

26 . +0

26 . +0

0% 2,

36

14

24 . +0 . 26 +0 6 1 . +0

52 +0.

44 +0. 36 +0.

48 +0.

94 1, t

48 +0.

48 +0.

r aa

36 +0.

48 +0.

GB15

OB12

53 5,

52 +0.

OB08 48 +0.

44 +0. 36 +0.

-1. 00

-1. 00

-0. 60

+0. 30

-0. 60

48 +0.

est

44 +0. 36 +0.

29 . +0

48 +0.

52 +0.

44 1,

a nd

00 5,

+

36 . +0 . 26 +0

40 . +0

08 OB

30 . +0

20 . +0

3 4

5 B1 0.22 T

I

23 . +0

0 5 , 1

4 2 . +0

8 0 OB

5 1 B T

0 3 . +0

4 3 4 . 6 , +0 0 1

0.20

00 3,

4 3 . +0

0 0 , 9

4 1 . +0

9 1 . +0

4 3 . +0

+0.68

I

9 1 . +0

5 1 B 4 T 2 . +0

4 3 . +0

b co Ja

4 1 . +0

n va

n aa l en mp Ca

I

4 1 . +0

4 2 . +0

8 0 OB

3 3 . +0

8 0 OB

0 3 . +0

I

13 . +0 0 0 , 11 1 . +0

6 3 . +0

6 3 . +0

1 -4 29

4 2 . +0

4 2 . +0 4 2 . +0

27 51

R4 , 0 0

08 25 OB . +0 5 1 . +0

2 3 . +0 4 3 . +0

29 . +0

12 OB

+0.57

24 . +0

00 -1.

36 0.

40 . +0

20 . +0 15 OB 20 . +0

20 . +0

30 . +0

00 1,

80 1,

39

12

00 3,

34

12 OB

10

43 -1 29 +0.65 1

I

0.60

37

08 OB

60 -0.

+

+0.60 15

0.59

6

78 6,

35 . +0

00 3,

+0.59

93 1,

50 4,

9 0 , 2 2 1 OB

0.60

30 . +0

10 5,

0% 2,

H

80 , 16 12 0. +

12 0B

84 2,

2

57

0.36 0.60

1

32 . +0

28 . +0

00 -1.

40 0.

13

0.27

+0.67

20 1,

60 -0.

+

3

08 OB

15 TB

30 . +0

00 5,

23 0.

15 0.

0% 2,

2 B1 O 20 7,

0.34

34 0.

IL TA DE

30 . +0

20 . +0

00 1,

+

+

42 . +0

8

32 . +0

30 . +0

+

30 . +0 15 20 . OB +0

36 . +0

t

0 3

5 9 , 1

0.14

+0.65

3 -1 1

1 8 , 61 7 , 90 0 , 2

0 2 , 4

0 8 , 1

32

4

I

d

a

d a p a m e k a B

300x300x80

SBS-D-H

2 B1 O 20 7,

0.37

0.39

0.21

89 2,

80 2,

08 OB

a

a

34 . +0 24 . +0

r

37 . +0

t

50 1,

00 , 12 12 0. + 20 . +0

20 . +0

22 . +0

300x300x80

I

22 . +0

22 . +0

n a J

22 . +0

2 B1 O

TB15

en s

44 +0. 36 +0.

p

24 . +0

s

23 0.

15 0.

25 . +0

28 . +0 25 . +0 2 25 B1 +0. O

96 0,

r av

ld

e 08 OB

+

+

n

2 B1 O

0.18

4

e

g 24 . +0

80 , 16 12 0. +

12 0B

n aa lll i

aa lll hi

27 . +0

80 4,

2 B1 O 20 7,

t a a r t 62 s 1, s 77 n 2, a m r e 20 d 7, l e K 27 . +0

11

0.29

82 2,

4 1 . +0

0 1 , 2

27 1 31 1

0.60

I

I

0 5 x 0 0 3 x 0 0 3

2 1 OB

H K S B S

22 . +0 27 . +0

0.13

H K S B S

0 5 x 0 0 3 x 0 0 3

0.59

8 2

88 22 . 1, +0 34 0,

22

23

0.60

+0.53

27 . +0

22 . +0

+0.65

OB08

v

la

21 0.

9

0.61

I

9 1

20

21

0.59

0.57

+0.57 2 1 OB

0.28

+0.59

0.53

27 . +0

0 3 . +0

9 0 , 2

+0.57

2 1 OB

+0.61

30 . +0 27 . +0

0.57

0.57

6 2 . +0

8 7 , 61 7 , 0

% 0 , 2

00 3,

8 1

0 5 x 0 0 3 x 0 0 3

0.59

2 1 OB

6 2

2 2 . +0

8 0 OB

0 5 x 0 0 3 x 0 0 3

2 1 OB

r

+

ch

rc

2 B1 O

27 . +0

OB08

t

40 0.

e

30 . +0 08 OB

20 . +0

94 1,

8 1 . +0

4 1 . +0 5 1 WB

5 1 B T

9 0 , 2

7

0% 2,

7

08 0B

OB08

+

37 . 15 +0 TB 34 . +0 24 . 12 +0 OB

B

20 . +0

15 TB

29 0.

17 0.

35 1,

2 B1 O 27 . +0

08 0B

17 . +0

24 . +0 24 . +0

98 -1 28

30 . +0 08 OB 53 1,

18 . +0 8 2 . +0 15 08 TB OB

V

24 . +0

g e w eg r w e tr te o o ch c s r os r oo oV

I

08 OB

1 30 -1 60

1 62 -1 92

Ch ur ch

85 -1 01 1

e i

24 . +0

24 . +0 15 OB

D'

00 1,

+

10 2,

+

ur

u Ch

5

13

34 0.

R

15 TB

63 4,

+0.60

12 OB, 80 1

+0.67

2 B1 O

+

37 . +0

20 . +0

00 5,

34 1,

4 3 . +0

6 1 . +0

0.57

+0.57

4 1 . +0

0 2 , 4

12 OB

3

11

00 3,

4 1 . +0 5 1 WB

4 0 . +0

2 1 OB

0.60

I

79 65-

7 1

I

K S K

6 1 . +0

1 1 -1 97

12 OB

50 1,

V

5 1 WB

2 1 OB

0.60

30 . +0 27 . +0

5 9 , 1

I

3

5

1

2 79 66 5

40 0.

20 . +0

7

5 1-

32 1,

I

0.59

0.60

0.20

2 1 OB

8 0 OB

R8 , 0 0

I

86 2,

82 2,

34 0.

34 . +0 24 . +0

08 OB

1

50 4,

9

0.41

300x300x50

+0.59

14

300x300x80

0 8 , 1

of sh on o b ng i 6 2 . +0

4 0 . +0

+

30 . +0

9 0.60

I

+

64 2,

32 . +0

22 . +0

11

+0.60

6 2 . +0

2 1 OB

6 2 . +0

0 0 , R8

+0.60

5 3

20 . +0

00 3,

0% 2,

50 5,

22 . +0

32 . +0

30 . +0

15 TB

00 1,

4

0.60 0.58

0.10

2 1 OB

6 2 . +0

0 5 , 3

+0.68

00 3,

40 . +0

6 2 . +0

8 0 OB

0 5 x 0 0 3 x 0 0 3

I

00 3,

0.59

10

25 . +0

08 OB

08 OB 34 . +0

32 . +0 15 TB

00 5,

4

08 OB

0.60

3 3

300x300x80

OB08

32 . +0

50 1,

+

IL TA DE 0.30

20 . +0

20 . +0

00 1,

I

0% 2,

50 1,

80 , 10

Ch

300x300x80

15

13

300x300x50

0.18

12

+0.61

34 . +0

00 5,

22 . +0

32 . +0

25 . +0

25 . +0

55 4,

0% 2,

+0.68

8

0.68

17 0.60

300x300x50

45 1,

6

29 . +0

00 3,

34 . +0

50 5,

8 32 OB0 . +0

0% 2,

30 . +0

32 . +0

22 . +0

20 . +0

30 . +0

20 . +0

00 5,

30 . +0 24 . +0

0 5 x 0 0 3 x 0 0 3 6 2 . +0 0.57

0.23

+ 0. 20

6 1

6 2 . +0

2 1 OB

8 0 OB

6 2 . +0

00 8,

0.60

40 . +0

12 OB

I

19

0.59

6 2 . +0

8 0 OB

0 3 . +0

5 2 . +0

1. 00 0. 60

15 TB

2 7,

I

34 . +0

d a kp o d u D

20 . +0

80 , 16

20 . +0

GB15

OB12

20 . +0

00 5,

32 . +0 34 . +0 24 . +0

08 OB

24 . +0

12 OB

40 . +0

5 1 0 3 . +0

8 0 OB

0 3 . +0

0 8 x 0 0 3 x 0 0 3

0. 60 1. 00

96 1,

27 1,

22 . +0

-7 1

I Negatieve drempel

08 OB

+0.64

4 8-1

+0.64

+ 0. 20

0.60

22 . +0

20 . +0

300x300x80

I

2

00 3,

+0.60

SBS-D-H

12 OB

20 2,

20 2,

29 . +0

30 . +0 40 . +0 40 . +0 30 . +0

0.21

0.20

65 0,

16 . +0

80 , 22

15 TB

00 1,

20 7,

A 2 2

42 . +0

0.60

0% 2,

32 . +0

0.65

20 . +0

16 . +0

15 TB

12 OB 25 . +0

25 . +0

50 1,

D

20 7,

300x300x80

I

20 . +0

+0.59

0 0 , R8

4 3 . +0

36 . +0

20 . +0

15 TB 5 1 TB

7 8 , 11 6 , 90 0 , 2

R

30 . +0 . 40 +0 40 . +0 30 . +0

12 OB

12 OB

I

08 OB

+0.18

80 1,

GB15

08 OB

20 . +0

20 . +0

08 OB

34 . +0

30 . +0

I

12 OB

12 OB

12 OB 19 . 20 +0 7,

64 1,

24 . +0

20 2,

I

20 . +0

26 . +0

14 . +0

80 , 16 SBS-D-H

H K S B S

12 OB

1, 08 2, SBS-D-H

24 12 0. + OB

20 . +0

5 -9 89 +0.71

2 3 . +0

OB12 OB08

00 1, 40 . +0 30 . +0

0.21

12 OB

12 OB

b co Ja 0

0 G 11, 's

32 . +0 34 . +0 24 . +0

25 . +0

00 9, 00 25 7, . +0 B15 T

27 . +0

25 . +0

97 1,

30 1,

14 . +0

42 +0.

38 +0. 30 +0.

V an

32 . +0 34 . +0 24 . +0

00 1,

15 TB

12 OB

35 2,

12 OB

at

OB12

08 33,

38 +0. 30 +0.

20 . +0

20 . +0

30 . +0

34 . +0

26 . +0

25 . +0

12 OB

at ra t s ns 20 7, ma o R 02

tr a

OB08 42 +0.

15 38 GB +0. 30 +0. 53 5,

OB12

GB15

08 OB 15 TB

12 OB

00 , 19

15 TB 0% 2,

25 . +0

12 OB

2 1 OB

12 OB

2 1 OB

0 2 , 4

2 1 OB

40 . +0 30 . +0

28 . +0

1 1

9 0 , 2

7 -8 81

300x300x80

9

elts

95 2,

OB08

OB08

25 . +0

25 . +0

08 OB 80 1,

+0.32 0.34

3

7

sev

46 +0.

38 +0. 30 +0.

C'

32 . +0 34 . +0 24 . +0

20 . +0

20 . +0

34 . +0

30 . +0

0 8 , 1

I

5

0 1 , 2

9 -7 73

1

23

0.31

O'

+0.58

22

+0.59

42 +0.

34 . +0

34 . +0

% 0 , 2

2 3 . +0

A 1

32 . +0 29 . +0 29 . +0

20

4 8 , 11 6 , 90 0 , 2

12 OB

28 . +0 25 . +0

9 1

53 5,

2 1 OB

2 1 OB

O

31

12 OB

0.61

7 2 . +0

42 +0.

38 +0. 30 +0.

GB15

OB12

0 2 , 4 9 0 , 2

0 1 , 2

1 -7 65

12 OB

an n a l a l y y d e e n n n e n K Ke

+0.59

0.59

8 0 OB

0 5 x 0 0 3 x 0 0 3

5 9 , 01 6 , 0

2 1 OB

12 OB

08 OB

5 1 B T

4 0 . +0

0 5 x 0 0 3 x 0 0 3

42 +0.

22 . +0

32 . +0

5 -5 49

0.20

3 1

+0.59

0 4 B T

22

+0.67

0.59

21

3 -6 57

28

8 1

5 2 . +0

4 0 . +0

1 3 . +0

0 0 , R8

R oo

+0.68

1 2 . +0

4 0 . +0

7 1 . +0

0.59

25 +0.

TB15

TB15

2,0%

R8 , 0 0

0 6 . 0 -

30 +0.

7 1 . +0 4 1 . +0 5 1 WB

4 1 . +0

4 0 . +0

21 +0. 11 +0.

OB08

28 +0.

31 +0.

0 0 . 1 -

4 1 . +0 5 1 WB

8 0 OB

4 1 . +0

0 0 . 1 -

0 0.14 2 . +0 0 4 0WB 3 . +0

K S K

6 2 . +0

4 1 . +0 5 1 WB

7 1

TB15

6 2 . +0

I 50

0 4 B T

f I ho I rt ae p al St

0.59

6 2 . +0

2 1 OB

9 2 . +0

0 8 x 0 0 Negatieve drempel 3 x 0 0 3

OB08

% 2,0

00 6,

18 +0.

25 +0. 35 +0.

31 21 +0. +0.

2 3 . +0

2 1 OB

9 2 . +0

0 5 x 0 0 3 x 0 0 3

I 0 2 . +0 0 4 0 WB 3 . +0 5 1 . 0 -

16 +0.

7 0 . +0

6 2 . +0

0% 2,

52 5,

TB15

70 2,

7 0 . +0

I

0.20

2 1 OB

6 2 . +0

2 1 OB

I

6 1

6 2 . +0

6 2 . +0

8 0 9 OB 2 . +0

6 2 . +0

0 0 , 3

00 8,

TB15

2 3 . +0

57

6 2 . +0

2 1 OB

8 0 OB

26 +0.

3 3 . +0

0.29

20 0. + 5 1 B T

0 3 . +0 0 3 . +0 0 5 x 0 0 3 x 0 0 3 6 2 . +0 6 2 . +0

8 0 OB

0 3 . +0

R

6 2 . +0

+0.67

L5 I A T DE 0 0 , R8

18 , 00

12 OB

29

5 1

0 3 . +0

8 0 OB

OB12

+0 . 42 +0 . 32

OB08

53 5,

GB15

+0 . 37

76 3,

+0.70

OB12

7 -4 33

0 8 , 1

24

+0.68

0.59

2 1 OB

20

+0.59

4 8-1

-7 1

2 1 OB

GB15

2 OB1

OB12

53 5,

GB15

G

OB08

13 +0.

0 W B4

5 TB1

OB08

53 2,

2 1 OB

OB08

55 16,

2 AIL DET

GB15

OB12

% 0 , 2

2 3 . +0

OB08

53 5,

31 71

0 3 . +0

OB08

5 TB1

63 2,

61 49, 2 1 OB

% 0 , 2

75 0, 80 1,

8 1

R

43 +0.

30 +0.

26 +0.

+0. 26

+0. 26

40 +0.

40 TB15 +0.

36 +0. TB15

+0. 36 +0. 40

30 +0.

50 +0.

OB08

31 +0.

60 -0.

8 OB0

8 OB0

2 OB1

26 +0.

OB12

TB15

40 +0. 30 +0.

40 +0.

30 +0.

TB15

5 1 B T

2 OB1

36 +0.

0B08 44 +0.

5 1 B T

2 OB1

40 +0.

8 0 OB 5 TB1

48 +0.

5 1 B T

5 TB1

5 1 B T

52 +0.

2 1 OB

5 1 B T

2 OB1

TB15

2 1 OB

8 0 OB

5 TB1

TB15

0B08

26 +0.

46 +0.

8 0 OB

0B08

OB12

45 +0.

40 . TB15+0 30 +0.

2 1 OB

5 1 B T

5 TB1

2,0%

4, 00 R

2 1 OB

2 OB1

5 1 B T

2 OB1

8 0 OB

TB15

3, 00 R

TB15

2 1 OB 5 1 B T

2 OB1

8 0 OB

2 OB1

2 1 OB 5 1 B T

2 OB1

8 0 OB

2 OB1

2 1 OB 5 1 B T

TB15

8 0 OB

OB12

2 1 OB

5 1 B T

TB15 OB12

8 0 OB

OB12

GB15

53 5,

2 1 OB

OB08

C

18 +0.

at5,51

39 +0.

6 1

at

OB08

0 5 x 0 0 3 x 0 0 3

300x300x50

0% 2,

tr a

92 2, 0.29

I

20 1,

elts

GB15

OB12

H K S B S

0 6 . 0 -

0 0 2 3 . . +0 +0 0 4 WB

H K S B S

s ev

OB12

GB15

2 1 OB

2 1 OB

7 3 . +0

I

39 +0.

F'

OB08

04 11,

2 3 . +0

0 5 x 0 0 3 x 0 0 3

15 , 00

5 1 B T

300x300x50 2 4 . +0 2 3 . +0 2 4 . +0

43 +0.

29 30

1 8 , 61 0 , 9 1 0 , 2 0 2 , 4

N'

13 +0.

0 W B4

ra 2 es5t lag 5,

15 , 00

R

2 4 . +0 2 3 . +0

N K S B S

26

27 28

0.60

, 3

50 4,

+0.61

43 +0.

0.60

64 2,

0.29

26

9 3 . +0

0.60

9 0 , 2

0 1 , 2

0 8 , 1

00 1,

0 TB4

Be r

80 7,

25 +0. 35 +0.

21 +0.

R

7 3 . +0

N K S B S

29 +0.

0.60

3 4 . +0

2 1 OB

2 3 . +0

0. 60

TB15

+0.60 8 0 OB

0 5 x 0 0 3 x 0 0 3

+0.60 + 0. 07

8 0 OB

7 8 3 0 . OB +0

+0.65

39 +0.

66Z

GB15

OB12

OB08

OB08

80 1,

18 13,

5 -1 1

2 3 . +0

8 0 OB

6 2 . +0 6 3 . +0

25

0.61

0 5 x 0 0 3 x 0 0 3

0 1 . +0

50 0,

80 1,

2 3 . +0

3 4 . +0

5 1 B T

TB15

TB15

80 4,

8 0 OB

5 1 B T

8 9 0 3 . OB +0

0.60

0 5 x 0 0 3 x 0 0 3

+0.70

9 2 . +0

R

0.16

5 1 B T

Ro o

47 +0.

0% 2,

10 +0.

10 +0.

20 +0.

04 2,

8 0 OB

2 3 . +0

20 +0.

80 1,

6 2 . +0 6 3 . +0

0.60

+0.61

9 2 . 5 +0 2 . +0 5 1 WB

I 20 +0.

TB R 15

2 3 . +0

2 1 OB

2 4 . 1 -

4, 00

30 +0. 20 +0.

20 +0.

30 +0.

F

0 ,0 4

9 2 . +0

5 2 . +0 5 1 WB

9 2 . +0

0 8 x 0 0 3 x 0 0 3

0 6 . 0 -

300x300x50

I

20 +0.

13 4,

n Va

24

2 1 OB

0 6 . 0 -

8 2 . +0

5 1 B T

2 OB1

92 1,

2 OB1

97 1,

25 +0.

80 4,

2,0%

2 1 OB

5 1 B T

5 2 . +0

5 2 . +0

6 2 . +0 6 3 . +0

15 +0.

80 1,

0.26

2 1 OB

2 2 . +0

7 3 . +0

7 3 . +0

50 5,

35 +0. 25 +0.

25 +0.

35 +0.

25 +0.

55 2,

80 1,

5 2 2 +0 . 1 OB

2 2 . +0

2 2 . +0

2,0%

6 2 . +0

9 3 . +0

I

3 1 . +0

5 2 . +0

2 2 . +0

5 2 . +0

H K S B S

2 2 . +0

5 2 . +0

4, 00

0 5 x 0 0 3 x 0 0 3

0.29

I

0 8 , 3

0.23

Huidig ontwerp entree blijft gehandhaafd

2 OB1

2 OB1

2 OB1

2 OB1

2 OB1

32 4,

N

t raa est and ens v a r s-G ' Van

5 1 B T

2 2 . +0

B S

I

5 1 . +0

5 2 . +0

I 5 2 . +0 5 1 WB

K S K

Negatieve drempel

5 2 . +0

55 2,

1 4 . +0

3 9 , 5

I

2 3 . +0

2 3 . +0 5 2 . +0

2 2 . +0

VLB

00 00 1, 2,

18 +0.

21 +0.

39 +0.

De

5 1 B T 0 5 x 0 0 3 x 0 0 3

5 1 B T

5 2 . +0

5 3 . +0

9 3 . +0

I

f ho em ch n Ba

2 1 OB

6 3 . +0 6 2 . +0

0. 60

I

at ra st l ze a B

55 +0.61

92 1,

VLB

14 12,

VLB

13 +0.

0 W B4

25 +0. 35 +0.

51

1 4 . +0

8 0 OB

4 2-1

0 7 , 2

I

53

92 1,

TB15

VLB

08 33,

39 +0.

49

35 +0. 25 +0.

TB15

83 3,

2 1 OB

7 3 . +0

8 0 OB

23

0.34

G'

% 0 , 2

0.59

9 3 . +0

9 3 . +0

7 3 . +0

+ 0. 18

R

2 1 OB

2 1 OB

+0.64

8 6-2 1

0 3 . +0

2 4 . 1 -

300x300x50

8 0 OB

9 3 . +0

8 0 OB

I N K S

8 0 OB

1. 42

47

3 4 . +0

0.60

8 0 OB

3 4 . +0

0. 60

H K S B S

+0.59

+0.65

2 1 OB

45

0 2 . +0 0 3 . +0

0 5 x 0 0 3 x 0 0 3

0 0 , 6

1. 42

1 0 , 2

+0.63

2 1 OB

8 0 OB

5 2 . +0

1 3 . +0

+ 0. 30

9 0 , 3

0 2 . +0 0 3 . +0

0 2 . +0

2 1 OB

300x300x50

0 0 , 6

60 -0.

26 +0. 2 OB1 26 +0. 28 +0.

18 +0.

0.30

2 1 OB

43

21 +0.

OB12

06 22,

04 11,

2 OB1

2 OB1

2 OB1

2 OB1

02 5,

30 +0.

10 +0.

13 +0.

0 W B4

60 -0.

42 -1.

42 -1.

60 -0.

21 +0.

27

0.31

8 , 0 0

0.29

+0.66

0.21

0 3 . +0

300x300x80

I

R

I

SBS-D-H

0 2 . +0

aat str j ei e K d n eve Li 2 1 OB

00 8,

4A 1

+0.61

0 3 . +0

0 3 . +0

5 3 , 41 5 , 1

57

21 +0. 31 +0.

TB15

90 3,

at

R

0 3 . +0

25

0 3 . +0

6 1

+0.61

0.61

+0.64

8 0 OB

23

0.61

I

4 1

0 3 . +0

8 0 OB

2 1 OB

2 OB1

TB15

27 2,

lstra

35 +0.

50 5,

M'

2 OB1

21 +0.

45 0,

B 21

2 OB1

aze De B

40 +0.

36 +0.

2 OB1

2 OB1

02 5,

2 OB1

0 7 , 2

60 -0.

29 +0.

29 +0. 31 +0.

00 9,

36 1,

32 +0.

an llla i

an llla i

rc h

8

0 8 , 1

6 9 , 3

0 1 , 2

N K S B S

0 W B4

18 +0.

45 0, 25 +0. 35 +0.

42 +0.

02 2,

2 1 OB

4 1

35 +0. 25 +0.

TB15 OB12

70 16,

06 22,

80 1, 2 OB1

2 OB1

53 5, 26 +0.

30 +0. 40 +0.

30 +0.

32 +0.

r ch

C hu

9 1

0 3 . +0

+0.62

0.62

1 4 . +0

0 3 . +0

' B

+0.61

2 1

25 +0.

25 2,

2 OB1

2 OB1

60 +0.

60 +0.

0 TB4

26 +0.

39 1,

2 1 OB

0 1

25 +0. 35 +0.

OB12

45 +0.

21 +0. 31 +0. 60 315, 00 +0. 1, 60 3,

36 +0.

99 0,

2 OB1

8 2 . +0

4 2 . +0

0.62

5 1

2 1

2 1 OB

R

2 1 OB

I

+0.59

2 OB1

60 -0.

21 . 18+0 +0.

18 +0. 0 W B4

00 1,

36 +0. 36 +0.

40 8,

52 2,

6

4 2 . +0

+0.63

7 1

0 1

3 4 . +0

I 92 1,

2 OB1 92 1,

% 2,0

C hu

I

I

3 1

8 1 2 1 OB

300x300x50

Voetbakkooi Citybox leverancier Ijslander

7 1

I

9 3 . +0

5 4 . +0 5 4 . +0

0 4 . +0

I

0.60

I

8 0 OB

% 0 , 2

2 1 OB

40 3,

53 3,

2 1 OB

4 6 , 9 7 9 , 0

42 -1.

53 5,

99 0,

50 4,

50 4,

35 13,

2 OB1

2 OB1

5 1 . +0

5 1

' L

2-4

6 5 , 0 1

0 1 . +0 0 5 , 1

at 4 a 1 , 7 r 4 1 , st 0 1 her c o Z

L

2 OB1

33 . 0 TB4 +0 23 +0.

00 5,

00 5,

2,0%

4 0 , 5

2 1 OB

0 1 . +0 0 5 , 1

32 +0.

7 2 . +0

4 1 +0.60

I

2 1 OB

2 3 . +0

5 3 , 81 4 , 1

0 0 , 4 0 8 , 1

2 1 OB

0.62

0 0 , 1

2 1 OB

0 1 . +0

0 1 . +0

2 3 . +0

I

5 1 . +0 2 1 OB

I

42 +0.

2 OB1 01 2,

2 OB1

39 +0.

37 +0.

I

5 3 . +0

2 3 . +0

7 2 . +0

2 1 OB

1 1

9 1

0.60

5 3 . +0

0 3 . +0

2 1 0.61

0.61

8 0 OB

8 0 OB

2 1 OB

9

20

0.26

2,0%

9 2 . +0

I

0.60

K

2 1 OB

21

% 0 , 2

0 3 . +0

I

0.32

300x300x80

2 1 OB 0.29

0.64

I

0 4 . +0

H K S B S

5 TB1 32 +0. 2 OB1

2 OB1

8 OB0

2 OB1 01 2,

2 OB1

80 1,

80 1,

2 OB1

12 2,

2 OB1

68 1,

39 +0.

0.21

5 4 . +0 5 5 . +0

0.36

' K

0 1

6 , 0 0

5 5 0 3 3 . +. +0

5 4 . +0 5 5 . +0

2 1 OB

0.61

300x300x50

2 1 8 OB 3 . +0

7

7 9 , 1

0 8 , 1

SBS-D-H

I

0.61

2 1 OB

8

I

5 5 , 3

64

0.61

0.61

8 8 , 5

3 4 , 2

5 3 . +0

0.49

8

0.62

8 0 OB

5 4 . +0

SBS-D-H

at tra ers h c Zo 0.19

I

5 4 . +0

0.30

2 1 OB

0.61

N K S B S

5 3 . +0

3 4 , 2

5

0.62

% 0 , 2

2 1 8 OB 3 . +0

SBS-D-H

3 0 , 2

0.61

0.62

26

6 9 , 3

22

6

I

7 2 . +0

2 3 . +0

SBS-D-H

1 3 . +0

2 OB1

2 OB1

7 3 . +0 3 3 . +0

2 OB1

+0.62

5 3 . +0

2 1 OB

1 3 . +0

5 3 . +0

4 4 , 2

8 0 OB

I

0 0 , 3 2

0 8 , 1

0.63

300x300x80

2 4 , 8

1 3 , 1

0 0 , 1 5 4 . +0

5 4 . +0

0 4 . +0

5 3 . +0

ent Aer

SBS-D-H

4 4 . +0

9

9 3 . +0

M

18 +0.

0 W B4

36 +0.

44 +0.

5 7 1 1

OB12

J'

2 OB1 26 +0.

30 +0. 40 +0.

44 +0.

+0.62

3

2 1 OB

25 2,

60 -0.

42 -1.

80 7,

30 +0. 40 +0.

26 +0.

44 +0.

1

5 , 3 5 . +0 35

at tra 3 uns 2,44 2,48,42 Bru

2 1 OB 0 8 , 1

23

4

2 1 OB

300x300x50

5 3 . +0

2 1 OB 8 4 3 . 4 , +0 2 3 4 , 2

2 1 OB 8 , 5 3 . 35 +0

0 8 , 3

3 1

0 4 . +0 0 4 . +0

8 0 0OB 4 . +0

0 4 . +0

0 4 . +0

8 0 OB 0 4 . +0

0 4 . +0

2 1 OB

2 1 OB

+0.88

1 0 , 2

3 0 , 3

8

3 1

OB12

01 2,

60 -0.

6 9 , 2

5 1

OB12

80 3,

26 +0.

30 +0. 40 +0.

44 +0.

1 0 , 2

1 1

6 0 0 , 4

0.62

27

24

0 8 , 1

4 4 . +0

8 0 OB 0 0 4 . 4 . +0 +0 0 4 . +0

2 1 OB

0.61

0.35

4 4 . +0

3

0.62

0 8 , 1

+0.88

0.62

28

0.60

0 0 , 6

52 5,

0.31

0.60

2 1 OB

2 1 OB

2 1 OB

0 6 , 2

2 1 OB

+0.67

+0.88

0 8 , 3

4

2 1 OB

+0.88

31 +0. 33 +0. 23 +0.

6

E'

+0.66

7

4

Kerkplein geen onderdeel van plangebied

0 2 , 1

51 t , a5a

1 0 , 2 9 8 , 2

5

18 +0.

80 1,

+0.65

I I

st r

2 OB1

36 +0.

40 +0.

0 4 . +0

2 1 OB

0.50

18 40 +0. 0 TB W B4

1

5

8 0 OB

8 0 OB 6 3 . +0

0.63

1

0.61

25

2 1 OB

0 0 , 6

0 8 , 1

0 7 , 2

31 +0.

5e 5, lag

8 0 OB

2 1 OB

A I

0 4 . +0

2 0.61

0.60

% 0 , 2

L7 I A T DE

08 33,

80 1,

I

2 1 OB

' A

B er

+0.38

0 0 , 7

6 3 . +0 8 0 OB

L1 I A T DE

2 OB1 31 +0. 33 +0. 23 . +0, 0 10 0

OB12

4 3 . +0

0.30

4 3 . +0

3

3C

4 3 . +0

4 3 . +0

+0.60

+0.63

0.62

0.37

51 5,

0 0 , 3

3B

20 9,

% 2,0

00 5,

40 +0.

30 +0.

% 2,0

4 2 . +0

0 7 , 2

2 1 OB

0 0 , 1

2 1 OB

0 5 . +0

2 1 OB

2

8 8 , 1

0 8 , 1 2 1 OB

0 0 , 6

+0.88

% 0 , 2

3A +0.38

9 2 . +0

18 +0.

4 2 . +0

7 2 . +0

5 3 . +0

0 5 . +0

0 4 . +0

0.39

40 0 TB W B4

1

+0.38

+0.53

0 4 . +0

0.63

0 8 , 1 2 1 OB

+0.88

28 +0.

0 4 , 2

4 2 . +0

00 5,

0 4 , 2

0 4 , 2 0 4 , 2

2 1 OB

+0.66 8 0 , 7

0 4 , 2

3 4 . +0

55

0 5 . +0

0.61

51 5,

4 8 , 0

0 6 , 9

52 5,

0 4 , 2

0 2 , 7 0 4 , 2

45 0,

2 7 , 0

35 6,

I

2,0%

00 2,

SBS-D-H

I

30 +0. 40 +0.

0 8 , 3

0 0 , 1

4 3 . +0

7 3 . +0 7 4 . +0

I

1 0 , 2 8 7 , 2

7 3 . +0 7 4 . +0

3 4 . +0

38

B -1 1

5 3 . +0

0 3 . +0

+0.60

3 4 . +0

26 +0.

8 3 . +0

23 6,

0B08

4 4 . 5 +0 1 B T

26 +0.

44 +0.

I

3 3 . +0

3 4 . +0

7 3 . +0 7 4 . +0 36 +0.

2,0%

50 3,

I

6,

00 I

0 ,0 4

50 3,

0 5 . +0

0 4 . +0

4 3 . +0 1 3 . +0

r de I Van R

R

I 300x300x80

SBS-D-H

5 1 WB 6 2 . +0

5 1 B T

3 4 . +0

1 5 , aan 5 l m 2 5 , He5l

H K S B S

I 0.32

3 4 . +0 3 3 . +0

1 5 , 5 3 3 . +0 1 5 , 5

5 3 . +0 5 2 . +0

5 1 B T

1 5 , 5 OB12

5 1 B T

I

1 5 , 5 0 1 , 4 4

0.27

01 2,

E

I

0.42

0 2 . +0 5 1 WB 0 2 . +0

3 4 . +0

3 3 . +0

3 3 . +0

0 3 . +0

I

+0.61

I'

80 3,

1 5 , 5

0 2 . +0 5 3 . 5 +0 1 B T 5 2 . +0

0.55

0.27

2 5 , 5

0 5 . +0

0 3 . +0

5 3 . +0

0 3 . +0

0 4 . +0

0 5 . +0

0 5 . +0

0 2 . +0

5 1 B T

0 2 . +0 5 1 WB

5 3 . 0 +0 4 , 2 0 4 , 2

5 3 . +0

SBS-D-H

0 5 . +0

4 5 . +0

4 4 . +0 4 5 . +0

4 4 . +0 4 300x300x50 5 . +0

7 7 , 5

0 4 . +0

0 5 . +0

I

5 3 . +0 5 2 . +0

I

4 4 . +0 4 5 . +0

0 3 . +0

0 3 . +0

0 5 . +0

SBS-D-H

0 5 . +0

0.45

0 4 . +0

4 5 . +0

3 4 . 3 +0 3 . +0

0 3 . +0

0 2 , 3 4

+0.53

0 5 . +0

0 5 . +0

0 5 . +0

+0.62

4 4 . +0 4 5 . +0

5, 00

2 OB1

5 1 B 5 T 3 . +0 5 3 . +0 5 2 . +0

0 2 . +0 5 1 WB

R

4 5 . +0

95 1,

I

4, 00

2 OB1

80 1,

0 4 . +0

N K S B S

R

2 OB1

I

4 4 . +0 4 5 . +0

4 4 . +0

4 4 . +0 4 5 . +0 300x300x50

2 OB1

00 6,

J

0 4 . +0

5 5 , 6 1 0.29

0 4 . +0

4 5 . +0

2 1 OB

4 4 . +0 4 5 . +0

300x300x80

0 4 . +0

N K S B S

0.29

0 4 . +0

5 5 , 6 1

0 5 , 1

0 5 . +0

0 5 , 1

2 OB1

TB15

5 2 . +0 8 2 . +0

0 4 . +0

0.31

I

I

0 4 , 2

3 2 . +0

8 2 . +0

8 3 . 0 +0 4 B 0T 4 WB

5 4 , 2

I 0 0 , 0 1

2 OB1

8 3 . +0

N K S B S

3 2 . +0

8 2 . +0

8 3 . 0 +0 4 B 0T 4 WB 2 1 OB

8 3 . +0

0 0 , 0 1

0 5 . +0

5 5 , 6 1

8 2 . +0

0 4 B 0T 4 WB

L6 OB12 I A T DE

0 4 . +0

I

0 3 . +0 5 3 . +0

2 1 OB

0 3 . +0

4 4 . +0 4 5 . +0

300x300x80

00 5,

I 0 0 , 0 er 1 n d Va

3 2 . +0

0 4 . +0 0 5 . +0

5 5 , 6 1

I

0 5 . +0

7 9 , 3 0 0 , 1

0 0 , 8

n a a 0 0 , 1 ml Hel

8 2 . +0

8 3 . +0

0 4 WB 0 4 B T

8 3 . +0 0 0 , 0 1

5 3 . +0

3 2 . +0 0 0 , 5

0 4 . +0

0 5 . +0

0 4 . +0

3 3 . +0 0 0 , 1

0 3 . +0 5 3 . +0

0 4 . +0

0 5 . +0

0 4 . +0

0 0 , 0 1 0.41

5 1 B T

0 5 . +0 0 4 . +0

2,0%

5 3 . +0 8 3 . +0

0 4 WB 8 3 . +0

5 4 , 2

I

3 2 . +0

2 OB1

8 3 . +0 5 2 . +0

2 1 OB

N K S B S

0 4 WB

2 1 OB

2 OB1

8 2 . +0

300x300x80

0 5 . +0

4 4 . +0 300x300x50 4 5 . +0

2 OB1

0 4 B T

4 4 . +0 4 5 . +0 300x300x50 4 5 . 0 5 +0 . +0

0 4 . +0

4 5 . +0

6 0 , 2 2

3 2 . +0

0 4 . +0 0 5 . +0

7 0 , 4

0 4 . +0

8 2 . +0 0 0 , 0 1

8 3 . +0

0 4 WB

0 0 , 0 1 0.34

3 2 . +0 0 0 , 5

36 3 4 . +0

95 1,

8 2 . +0 0 0 , 0 1

8 3 . +0 0 4 WB

8 3 . +0

2 1 OB

0 4 . +0

0 5 . +0 0 4 . +0

2 OB1

8 8 , 1

I

80 1,

N K S B S

2 OB1

3 2 . +0

2 OB1

0 4 WB 8 3 . +0

2 OB1

0 5 . +0

0 5 . +0

2 OB1

00 6,

3 2 . +0

2 1 OB

0 4 . +0

0 5 . +0

8 2 . +0

2 OB1

0 4 B T

8 2 . +0 0 4 WB

4 4 . +0 4 5 . +0

5 1 B T

0 0 , 1

3 2 . +0

0 4 . +0

0 0 , 1 2 OB1

8 3 . +0 0 0 , 8

5 3 . +0

0 4 WB

0 5 . +0

2,0%

3 2 . +0

6, 00

N K S B S

0 4 WB 0 4 B T

aa lll i n

ur

Ch ch aa lll i

ch

n

Ba st ra at

V

g we eg wr e r t e t o ho c c s r s o r o o oV

6

7 19 9 10

V

g we eg wr e r t e t o ho c c s r s o r oo oV

n n aa a a l l o l l l l o o pp A A

2 3 2

4 6 4 3

6D

el nn tu eg rw te ho sc or Vo

6T

6 9 6 6

6G

6F

8 12 8 9

8

6E

V

g we eg wr e r t e t o ho c c s r s o r oo oV

B -8 8A

De tekst is automatisch uit het bestand gehaald en kan afwijken van het origineel (kolommen, tabellen en koppen lopen door elkaar). Het officiële stuk bij iBabs is leidend. Bron: https://api.notubiz.nl/document/10073194/2