Here are 2 graphs showing speed and HR for two cyclists on a 10km TT on regular road bikes. The out and back course is more or less flat. The turn around is higher than the start/finish.
Here are 2 graphs showing speed and HR for two cyclists on a 10km TT on regular road bikes. The out and back course is more or less flat. The turn around is higher than the start/finish.
Here are 2 graphs showing speed and HR for two cyclists on a 10km TT on regular road bikes. The out and back course is more or less flat. The turn around is higher than the start/finish.
What can be deduced about the riders based on this info alone?
Joseph
Rider 2 is heavier?
Dan
Heart rate at the end of a 10km max effort is sometimes cited as a good estimate of MHR. The two riders would therefore have close to the same MHR as each other.
Here are 2 graphs showing speed and HR for two cyclists on a 10km TT on regular road bikes. The out and back course is more or less flat. The turn around is higher than the start/finish.
Here are 2 graphs showing speed and HR for two cyclists on a 10km TT on regular road bikes. The out and back course is more or less flat. The turn around is higher than the start/finish.
What can be deduced about the riders based on this info alone?
Joseph
Rider 2 had to buy the post-race beers, but probably doesn't care because he didn't have to use frigging Windows to graph his Polar data.
Rider 2 has eccentrically chosen to use HR gridlines spaced at 6.5 bpm intervals. What, is that a conversion from Imperial heartbeats?
-- Ryan Cousineau [email hidden] http://www.wiredcola.com/ "I don't want kids who are thinking about going into mathematics to think that they have to take drugs to succeed." -Paul Erdos
> What can be deduced about the riders based on this info alone?
Quoted message said:
Quoted message said:
Rider 2 is heavier?
Quoted message said:
Taller, too.
What makes you say that?
As Dan pointed out, outbound-inbound difference suggests rider 2 is heavier. However, higher inbound speed also suggests better watts/ meter^2, which scales less than linearly with height.