|
Acceptors
|
Null
|
\(K\)
|
\({\Delta }_{C}\)
|
|---|
|
P-value
|
Result
|
P-value
|
Result
|
|---|
|
1,3-DNB
|
H2 = H4
|
0
|
Reject
|
0
|
Reject
|
| |
H2 = H5
|
0
|
Reject
|
0
|
Reject
|
| |
H4 = H5
|
0
|
Reject
|
0
|
Reject
|
|
1,3-BTFMB
|
H2 = H4
|
0
|
Reject
|
0
|
Reject
|
| |
H2 = H5
|
0
|
Reject
|
0
|
Reject
|
| |
H4 = H5
|
0
|
Reject
|
0
|
Reject
|
|
NB
|
H2 = H3
|
0
|
Reject
|
0
|
Reject
|
| |
H2 = H4
|
0
|
Reject
|
0
|
Reject
|
| |
H3 = H4
|
0
|
Reject
|
0
|
Reject
|
|
1,2,4-TCB
|
H3 = H5
|
0
|
Reject
|
0
|
Reject
|
| |
H3 = H6
|
0
|
Reject
|
0
|
Reject
|
| |
H5 = H6
|
0
|
Reject
|
0.377
|
Accept
|
|
1,2-DCB
|
H3 = H4
|
0
|
Reject
|
0
|
Reject
|
|
TA
|
HRing = HAld
|
0.902
|
Accept
|
0
|
Reject
|
|
Py
|
H2 = H3(a)
|
0
|
Reject
|
0
|
Reject
|
| |
H2 = H4
|
0
|
Reject
|
0
|
Reject
|
| |
H3 = H4
|
0
|
Reject
|
0
|
Reject
|
- The null hypothesis: \({\varvec{H}}_{{\varvec{i}}} = {\varvec{H}}_{{\varvec{j}}}\) and alternative hypothesis: \({\varvec{H}}_{{\varvec{i}}} \ne {\varvec{H}}_{{\varvec{j}}}\). α is set as 0.05/n. where n is the number of the tested groups. The P-values that are too small to present are denoted as “0” in the table
- (a)The bootstrap distributions for ortho protons (H2 and H6) of Py exhibit the negative percentile range, − 0.058 and − 0.017 \({\text{M}}^{ - 1}\) for \(K\) and the range, − 2.83 and − 0.81 ppm for \({\Delta }_{C}\)
