Table:
Rank

Name

Nation

CP

SP

FS

SP+FS

Points

Places

1

Linda Fratianne
United States
3
1
1
1
186.92
11

2

Anett Pötzsch
East Germany
1
5
3
3
184.36
18

3

Emi Watanabe
Japan
4
2
4
4
180.52
31

4

Dagmar Lurz
West Germany
2
4
8
6
179.96
33

5

Denise Biellmann
Switzerland
11
10
2
2
177.28
49

6

Lisa-Marie Allen
United States
8
7
5
5
176.68
54

7

Claudia Kristofics-Binder
Austria
5
6
9
7
175.44
63

8

Susanna Driano
Italy
6
3
14
9
173.46
70

9

Carola Weißenberg
East Germany
9
21
7
11
170.54
88

10

Kristiina Wegelius
Finland
7
8
18
15
169.26
98

11

Carrie Rugh
United States
12
11
11
10
169.34
97

12

Sanda Dubravčić
Yugoslavia
21
9
6
8
166.96
115

13

Natalia Strelkova
Soviet Union
14
20
15
16
164.94
134

14

Deborah Cottrill
United Kingdom
10
16
20
20
164.80
136

15

Karin Riediger
West Germany
15
12
16
17
164.50
142

16

Renata Baierová
Czechoslovakia
18
15
13
13
164.00
144

17

Petra Ernert
West Germany
19
19
12
14
163.24
149*

18

Kira Ivanova
Soviet Union
20
13
10
12
164.02
147

19

Janet Morrissey
Canada
17
17
17
18
162.04
162

20

Reiko Kobayashi
Japan
13
18
21
21
161.30
170*

21

Jeanne Chapman
Norway
16
14
19
19
161.80
166

22

Anita Siegfried
Switzerland
22
28
24
26
150.34
207

23

Astrid Jansen in de Wal
Netherlands
23
24
26
25
149.18
216

24

Franca Bianconi
Italy
26
23
22
22
149.04
218

25

Bodil Olsson
Sweden
30
26
23
23
147.02
225

26

Corine Wyrsch
Switzerland
24
22
28
27
146.76
233

27

Kim Myo-sil
North Korea
27
25
25
24
145.48
237

28

Belinda Coulthard
Australia
25
27
27
28
145.92
238

29

Katie Symmonds
New Zealand
23
29
29
29
134.58
261

30

Shin Hea-sook
South Korea
29
30
31
30
120.44
270

31

Gloria Mas
Spain
31
31
30
31
112.28
279

Given a table, you can represent a cell's position using the JSON {'value': '<cell value>', 'location': (row_id, column_id)}, where row and column id start from 1. Referring to the shown table picture, determine the locations of the specified cells using the mentioned format.
Target cell values:
CELL VALUE 1: '175.44';
CELL VALUE 2: '98';
CELL VALUE 3: '149.18';
CELL VALUE 4: 'new zealand';
CELL VALUE 5: 'places';
CELL VALUE 6: '166';
CELL VALUE 7: '145.92';
CELL VALUE 8: 'dagmar lurz';
If a cell does not exist in the table, denote its location as 'DOES NOT EXIST'.

The target cell locations are as follows:
CELL LOCATION 1: {'value': '175.44', 'location': (8, 5)}
CELL LOCATION 2: {'value': '98', 'location': (11, 6)}
CELL LOCATION 3: {'value': '149.18', 'location': (24, 5)}
CELL LOCATION 4: {'value': 'new zealand', 'location': (30, 3)}
CELL LOCATION 5: {'value': 'places', 'location': (1, 6)}
CELL LOCATION 6: {'value': '166', 'location': (22, 6)}
CELL LOCATION 7: {'value': '145.92', 'location': (29, 5)}
CELL LOCATION 8: {'value': 'dagmar lurz', 'location': (5, 2)}