Table:
Year

Single

Peak chart
positions

Album

US Country
[12]

US
[13]

2000

"When You Need My Love"[a]

15

75

Hard Rain Don't Last

"A Good Day to Run"

12

76

2001

"Second Wind"

20

—[b]

"Sideways"

41

—

2002

"I Miss My Friend"

1

28

I Miss My Friend

"Family Tree"

26

—

2003

"Have You Forgotten?"

1

22

Have You Forgotten?

"Tennessee River Run"

31

—

"I Will Hold My Ground"

57

—

2004

"Awful, Beautiful Life"

1

30

Darryl Worley

2005

"If Something Should Happen"

9

75

"I Love Her, She Hates Me"

56

—

2006

"Nothin' but a Love Thang"

35

—

Here and Now

"I Just Came Back from a War"

18

—[c]

2007

"Livin' in the Here and Now"

54

—

2008

"Tequila on Ice"

44

—

Sounds Like Life

2009

"Sounds Like Life to Me"

11

84

2010

"Best of Both Worlds"

43

—

"Keep the Change"

46

—

God & Family (unreleased)

2012

"You Still Got It"

40

—

One Time Around (unreleased)

2016

"Rainmaker"[14]

—

—

Non-album singles

2017

"Lonely Alone"

—

—

"—" denotes releases that did not chart

Analyze the provided table and identify the locations of these cells:
1. '41';
2. 'God & Family (unreleased)';
3. '2009';
4. '84';
5. '"I Just Came Back from a War"';
6. '9';
Provide the cell locations using the JSON format {'value': '<cell value>', 'location': (row index, column index)}, where row and column indices start from 1. Represent the location as 'DOES NOT EXIST' if a cell is not present in the table.

The coordinates of target cells are listed below.
1. {'value': '41', 'location': (6, 3)}
2. {'value': 'God & Family (unreleased)', 'location': (21, 5)}
3. {'value': '2009', 'location': (19, 1)}
4. {'value': '84', 'location': (19, 4)}
5. {'value': '"I Just Came Back from a War"', 'location': (16, 2)}
6. {'value': '9', 'location': (13, 3)}