Table:
Members of the IC 342 Subgroup

Name

Type[3]

R.A. (J2000)[3]

Dec. (J2000)[3]

Redshift (km/s)[3]

Apparent Magnitude[3]

Camelopardalis A

Irr

04h 26m 16.3s

+72° 48′ 21″

-46 ± 1

14.8

Camelopardalis B

Irr

04h 53m 07.1s

+67° 05′ 57″

77

16.1

Cassiopeia 1

dIrr

02h 06m 02.8s

+68° 59′ 59″

35

16.4

IC 342

SAB(rs)cd

03h 46m 48.5s

+68° 05′ 46″

31 ± 3

9.1

KK 35

Irr

03h 45m 12.6s

+67° 51′ 51″

105 ± 1

17.2

NGC 1560

SA(s)d

04h 32m 49.1s

+71° 52′ 59″

-36 ± 5

12.2

NGC 1569

Sbrst

04h 30m 49.1s

+64° 50′ 52,6″

-104 ± 4

11,2

UGCA 86

Im

03h 59m 50.5s

+67° 08′ 37″

67 ± 4

13.5

UGCA 92

Im

04h 32m 04.9s

+63° 36′ 49.0″

-99 ± 5

13.8

UGCA 105

Im

05h 14m 15.3s

+62° 34′ 48″

111 ± 5

13.9

Given the table image, tell me the locations of the subsequent table cells. Represent the cell location with JSON {'value': '<cell value>', 'location': (Row_ID, Column_ID)} where both Row IDs and Column IDs begin from 1.
CELL VALUE 1: 'west germany',
CELL VALUE 2: 'italy',
CELL VALUE 3: '03h 59m 50.5s',
Represent the location as 'DOES NOT EXIST' if a cell is not present in the table.

The coordinates of target cells are listed below.
CELL LOCATION 1: {'value': 'west germany', 'location': 'DOES NOT EXIST'}
CELL LOCATION 2: {'value': 'italy', 'location': 'DOES NOT EXIST'}
CELL LOCATION 3: {'value': '03h 59m 50.5s', 'location': (9, 3)}