Table:
19 to 49 years
50 to 69 years
70 years and older

linked cctlp tumour cohort
tumours with one or more surgical intervention
linked cctlp tumour cohort
tumours with one or more surgical intervention
linked cctlp tumour cohort
tumours with one or more surgical intervention

number
number
percent
number
number
percent
number
number
percent

canada
6,070
5,745
94.7
5,120
4,775
93.3
1,360
1,170
86.1

newfoundland and labrador
125
125
100.0
145
145
98.6
45
40
93.3

prince edward island
10
10
100.0
15
10
80.0
5
5
100.0

nova scotia
140
135
96.4
160
160
98.8
55
50
92.9

new brunswick
140
145
100.0
215
215
98.6
50
45
81.1

ontario
4,095
3,855
94.1
3,380
3,115
92.2
830
715
86.5

manitoba
185
170
90.9
145
140
94.6
45
40
84.4

saskatchewan
135
135
98.5
105
100
96.2
35
30
80.0

alberta
720
695
96.7
495
470
94.5
125
105
85.5

british columbia
505
470
93.5
450
420
92.9
165
140
83.1

yukon
x
x
0.0
x
x
100.0
x
x
100.0

northwest territories
x
x
0.0
x
x
100.0
0
0
0.0

nunavut
x
x
0.0
x
x
100.0
x
x
0.0

Your is as follows:
Examine the table image and determine the locations of the mentioned cells. You need to express a cell's position with the JSON {'value': '<cell value>', 'location': (Row_ID, Column_ID)}, with row and column IDs both commencing from 1. Should a cell be absent in the table, denote its location as 'DOES NOT EXIST'.
Cells to locate:
CELL VALUE 1: '85.5',
CELL VALUE 2: '170',
CELL VALUE 3: '4,095',
CELL VALUE 4: '50 to 69 years',

The coordinates of target cells are listed below.
CELL LOCATION 1: {'value': '85.5', 'location': (12, 10)}
CELL LOCATION 2: {'value': '170', 'location': (10, 3)}
CELL LOCATION 3: {'value': '4,095', 'location': (9, 2)}
CELL LOCATION 4: {'value': '50 to 69 years', 'location': (1, 5)}