Table:
Pos

No

Driver

Constructor

Laps

Time/Retired

Grid

Points

1

12

Jack Brabham

Brabham-Repco

48

1:48:31.3

4

9

2

22

Mike Parkes

Ferrari

48

+ 9.5

3

6

3

14

Denny Hulme

Brabham-Repco

46

+ 2 laps

9

4

4

6

Jochen Rindt

Cooper-Maserati

46

+ 2 laps

5

3

5

26

Dan Gurney

Eagle-Climax

45

+ 3 laps

14

2

6

44

John Taylor

Brabham-BRM

45

+ 3 laps

15

1

7

36

Bob Anderson

Brabham-Climax

44

+ 4 laps

12

8

8

Chris Amon

Cooper-Maserati

44

+ 4 laps

7

NC

42

Guy Ligier

Cooper-Maserati

42

Not Classified

11

Ret

2

Pedro Rodríguez

Lotus-Climax

40

Oil Leak

13

NC

20

Lorenzo Bandini

Ferrari

37

Not Classified

1

NC

30

Jo Bonnier

Brabham-Climax

32

Not Classified

17

Ret

16

Graham Hill

BRM

13

Engine

8

Ret

38

Jo Siffert

Cooper-Maserati

10

Fuel System

6

Ret

32

Mike Spence

Lotus-BRM

8

Clutch

10

Ret

10

John Surtees

Cooper-Maserati

5

Fuel System

2

Ret

4

Peter Arundell

Lotus-BRM

3

Gearbox

16

DNS

2

Jim Clark

Lotus-Climax

Accident

(18)

To fulfill your task, review the table image and pinpoint the positions of the specified cells. Make sure to represent a cell's location using the JSON format {'value': '<cell value>', 'location': (row number, column number)} which begin from '(1, 1)'.
Target cells:
1. 'print assessment';
2. 'boys';
3. '+ 9.5';
4. '522';
5. 'digital assessment';

Denote the location as 'DOES NOT EXIST' if a cell does not exist in the table.

The target cell locations are as follows:
1. {'value': 'print assessment', 'location': 'DOES NOT EXIST'}
2. {'value': 'boys', 'location': 'DOES NOT EXIST'}
3. {'value': '+ 9.5', 'location': (3, 6)}
4. {'value': '522', 'location': 'DOES NOT EXIST'}
5. {'value': 'digital assessment', 'location': 'DOES NOT EXIST'}