Table:
0
A
B
C
D
E
1
-Butadiene
10 4 k /min −1 (30 °C) (± 1-2%) absolute
10 4 k /min −1 (30 °C) (± 1-2%) relative
ΔH ‡ /kcal mol −1
ΔS ‡ /cal mol −1 K −1
2
2-methyl
1.83
1.00
14.9
-15
3
2-ethyl
4.76
2.60
10.6
-20
4
2-isopropyl
13.0
7.38
12.5
-17
5
2-tert-butyl
38.2
20.8
10.0
-19
6
2-neopentyl
17.2
9.4
11.6
-18
7
2-cloro
0.24
0.13
N/A
N/A
8
2-bromoethyl
0.72
0.39
N/A
N/A
9
2-p-tolyl
24.7
13.5
10.4
-19
10
2-phenyl
17.3
9.45
N/A
N/A
11
2-(p-bromophenyl)
9.07
4.96
N/A
N/A
12
2,3-dimethyl
3.54
1.93
12.3
-18
13
cis-1-methyl
0.18
0.10
N/A
N/A
14
trans-1-methyl
0.69
0.38
N/A
N/A
15
1,2-dimethylene-cyclohexane
24.7
13.5
11.4
-16

Questions and formulas:
Question: Name the number of δs ‡ /cal mol −1 k −1 for butadiene being 1,2-dimethylene-cyclohexane
Formula: ROWS(UNIQUE(FILTER(E1, A1="1,2-dimethylene-cyclohexane")))
Formula2: ROWS(UNIQUE(FILTER(E2:E15, A2:A15="1,2-dimethylene-cyclohexane")))
Level: medium
Question: Name the 10 4 k /min −1 (30 °c) (± 1-2%) relative for 17.3
Formula: SUM(FILTER(C1, B1=17.3))
Formula2: SUM(FILTER(C2:C15, B2:B15=17.3))
Level: easy
Question: Name the 10 4 k /min −1 (30 °c) (± 1-2%) absolute for 1.00
Formula: SUM(FILTER(B1, C1=1))
Formula2: SUM(FILTER(B2:B15, C2:C15=1))
Level: easy
Question: Name the total number of butadiene for 1.93
Formula: LET(query1,SUMMARIZE(A1,SUMX(C1)),FILTER(query1,CHOOSECOLS(query1,2)=1.93))
Formula2: LET(query1,SUMMARIZE(A2:A15,SUMX(C2:C15)),FILTER(query1,CHOOSECOLS(query1,2)=1.93))
Level: hard