Table:
0
A
B
C
D
E
F
G
1
Name
Diameter (km)
Perihelion (AU)
Aphelion (AU)
Year discovered
Discoverer(s)
Type
2
Sedna
995–1600
76.1
975.5
2003
Brown , Trujillo , Rabinowitz
detached (arxiv.org)
3
2004 XR190
335–850
52.3
61.8
2004
Lynne Jones et al.
detached
4
2004 VN112
130–300
47.3
614
2004
CTIO
detached
5
2005 TB 190
~500
46.2
106.5
2005
Becker, A. C. et al.
detached
6
2000 CR 105
~250
44.3
397
2000
Lowell Observatory
detached
7
2003 UY291
~150
41.2
57.1
2003
Pittichova, J. et al.
classical ?
8
2000 YW 134
~500
41.0
73.9
2000
Spacewatch
8:3
9
1995 TL 8
~350
40.0
64.5
1995
A. Gleason
detached
10
2010 KZ39
440–980
39.1
52.5
2010
A. Udalski et al.
detached or classical
11
2003 QK91
~180
38.4
98.5
2003
Elliot, J. et al.
detached
12
2003 FZ129
~150
38.0
85.6
2003
Mauna Kea
detached
13
2005 PQ 21
~200
37.6
87.6
2005
Cerro Tololo
detached
14
2006 QH181
~765
37.6
97.0
2006
CTIO
detached or 5:1 ?
15
2003 FY 128
~440
37.0
61.7
2003
N.E.A.T.
detached
16
2006 HX122
~290
36.4
102.6
2006
M. W. Buie
detached or 7:2 ?

Questions and formulas:
Question: Who was the discoverer of the object with an Aphelion above 97 in 2004?
Formula: LET(query1,LET(query1,FILTER(A1:G1,E1=2004),SUMMARIZE(CHOOSECOLS(query1,6),SUMX(CHOOSECOLS(query1,4)))),FILTER(query1,CHOOSECOLS(query1,2)>97))
Formula2: LET(query1,LET(query1,FILTER(A2:G16,E2:E16=2004),SUMMARIZE(CHOOSECOLS(query1,6),SUMX(CHOOSECOLS(query1,4)))),FILTER(query1,CHOOSECOLS(query1,2)>97))
Level: hard