Regression line on weight and result
With regression analysis we can check if there is a relationship between a dependent (also called outcome variable) and an independent variable. In this statistic, the relationship between the weight of a rider and the result (outcome) is investigated.
The formula for the regression line on the riders in the result is as follows:
The formula for the regression line on the riders in the result is as follows:
result = -0.4 * weight + 62
This means that on average for every extra kilogram weight a rider loses -0.4 positions in the result.
Charpenteau
3
68 kgCalzati
6
68 kgPate
7
73 kgDe Weert
9
70 kgCoutouly
10
72 kgVansummeren
16
79 kgPortal
17
70 kgPineau
23
65 kgVan Hecke
25
69 kgLang
28
77 kgMcCarty
29
68 kgLe Mével
30
61 kgHary
32
68 kgWeening
33
68 kgRooijakkers
37
68 kgCaethoven
39
67 kgBoucher
46
78 kgCommeyne
50
70 kgBaumann
57
72 kgBuffaz
58
64 kgGeslin
65
68 kgEngoulvent
66
82 kgDumoulin
71
57 kg
3
68 kgCalzati
6
68 kgPate
7
73 kgDe Weert
9
70 kgCoutouly
10
72 kgVansummeren
16
79 kgPortal
17
70 kgPineau
23
65 kgVan Hecke
25
69 kgLang
28
77 kgMcCarty
29
68 kgLe Mével
30
61 kgHary
32
68 kgWeening
33
68 kgRooijakkers
37
68 kgCaethoven
39
67 kgBoucher
46
78 kgCommeyne
50
70 kgBaumann
57
72 kgBuffaz
58
64 kgGeslin
65
68 kgEngoulvent
66
82 kgDumoulin
71
57 kg
Weight (KG) →
Result →
82
57
3
71
# | Rider | Weight (KG) |
---|---|---|
3 | CHARPENTEAU Yohann | 68 |
6 | CALZATI Sylvain | 68 |
7 | PATE Danny | 73 |
9 | DE WEERT Kevin | 70 |
10 | COUTOULY Cédric | 72 |
16 | VANSUMMEREN Johan | 79 |
17 | PORTAL Nicolas | 70 |
23 | PINEAU Jérôme | 65 |
25 | VAN HECKE Preben | 69 |
28 | LANG Sebastian | 77 |
29 | MCCARTY Jonathan Patrick | 68 |
30 | LE MÉVEL Christophe | 61 |
32 | HARY Maryan | 68 |
33 | WEENING Pieter | 68 |
37 | ROOIJAKKERS Piet | 68 |
39 | CAETHOVEN Steven | 67 |
46 | BOUCHER David | 78 |
50 | COMMEYNE Davy | 70 |
57 | BAUMANN Eric | 72 |
58 | BUFFAZ Mickaël | 64 |
65 | GESLIN Anthony | 68 |
66 | ENGOULVENT Jimmy | 82 |
71 | DUMOULIN Samuel | 57 |