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How the World’s Quickest Male and Feminine Runners Examine

How the World’s Quickest Male and Feminine Runners Examine

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Have you ever ever puzzled as a runner how women and men examine of their world data for all the things from a 100-meter race to a marathon and past?

A easy option to make this type of comparability is to take every of the favored race distances, get the world-record time for males and the world-record tiime for girls for that distance, and examine these two instances to get a proportion benefit for one group versus the opposite group for that distance.

Based mostly on the most recent statistics, principally from IAAF (Worldwide Affiliation of Athletics Federations), right here is how a lot world-record males are quicker than world-record females. Every distinction is calculated as 100% instances(feminine length minus male length) divided by feminine length. For instance, on the 100-meter distance, Usain Bolt’s world file is 9.50% quicker than Florence Griffith-Joyner’s world file.

Initials: The letter “m” refers to meters (“metres”). The letter “Okay” refers to kilometers (“kilometres”). “10,000 m” refers to trace races; “10K” refers to street races.

  • 9.50% in 100 m: 9.58 (U. Bolt, 2009) vs. 10.49 (F. Griffith-Joyner, 1988)
  • 11.20% in 200 m: 19.19 (U. Bolt, 2009) vs. 21.34 (F. Griffith-Joyner, 1988)
  • 10.24% in 400 m: 43.18 (M. Johnson, 1999) vs. 47.60 (M. Koch, 1985)
  • 12.04% in 800 m: 1:41.11 (W. Kipketer, 1997) vs. 1:53.28 (J. Kratochvilova, 1983)
  • 11.87% in 1500 m: 3:26.00 (H. El Guerroujm 1998) vs. 3:50.46 (Y. Qu, 1993)
  • 13.19% in 1 mile: 3:43.13 (H. El Guerrouj, 1999) vs. 4:12.56 (S. Masterkova, 1996)
  • 10.31% in 3000 m: 7:20.67 (D. Komen, 1996) vs. 8:06.11 (J. Wang, 1993)
  • 12.39% in 5000 m: 12:37.35 (Okay. Bekele, 2004) vs. 14:11.15 (T. Dibaba, 2008)
  • 12.31% in 10,000 m: 26:17.53 (Okay. Bekele, 2005) vs. 29:31.78 (J. Wang, 1993)
  • 12.34% in 10K: 27:01 (M.Okay. Kogo, 2009) vs. 30:21 (P. Radcliffe, 2003)
  • 12.01% in 15K: 41:29 (F. Limo, 2001) vs. 46.28 (T. Dibaba, 2009)
  • 13.73% in 20K: 55:21 (Z. Tadese, 2010) vs. 1:02.57 (L. Kiplagat, 2007)
  • 13.76% in Half Marathon: 58:23 (Z. Tadese, 2010) vs. 1:06:25 (L. Kiplagat, 2007)
  • 11.21% in 25K: 1:11:50 (S.Okay. Kosgei, 2010) vs. 1:19.53 (M.J. Keitany, 2010)
  • 12.53% in 30K: 1:27:49 (H. Gebrselassie, 2009) vs. 1:38.49 (M. Noguchi, 2005)
  • 9.22% in Marathon: 2:03:59 (H. Gebrselassie, 2008) vs. 2:15:25 (P. Radcliffe, 2003)
  • 5.26% in 100K: 6:13:33 (T. Sunada, 1998) vs. 6:33:11 (T. Abe, 2000)

Two attention-grabbing patterns are worthy of observe. First, a lot of the male data have been set after a lot of the corresponding feminine data have been set. Second, the smallest three variations are on the shortest distance (100 m) and the longest two distances (marathon and 100K).

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How the World’s Quickest Male and Feminine Runners Examine

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