Splits below, absolutely nothing in the tank after that!

Indeed, but 40:48 for 10K is comparatively poor. Each to their own of course, but I'd suggest that JMac is better off training over longer distances at 2:00ish than short intervals at sub 1:25.paul45 wrote:I feel your pain, outstanding 500m Mac, why stop there, training below it is were the pain begins![]()
Very well done.
bonefixer wrote:Indeed, but 40:48 for 10K is comparatively poor. Each to their own of course, but I'd suggest that JMac is better off training over longer distances at 2:00ish than short intervals at sub 1:25.paul45 wrote:I feel your pain, outstanding 500m Mac, why stop there, training below it is were the pain begins![]()
Very well done.
Its just Poorbonefixer wrote:Indeed, but 40:48 for 10K is comparatively poor. Each to their own of course, but I'd suggest that JMac is better off training over longer distances at 2:00ish than short intervals at sub 1:25.paul45 wrote:I feel your pain, outstanding 500m Mac, why stop there, training below it is were the pain begins![]()
Very well done.
I wouldn't slam the outhouse door that hard. There was a time not so long ago when most here would have said JMac's times at distance were not in consonance with Paul's Law [Paul Smith's not Paul45's]. Bit of scholarly subtlety gone out of fashion now.hjs wrote:Its just Poorbonefixer wrote:Indeed, but 40:48 for 10K is comparatively poor. Each to their own of course, but I'd suggest that JMac is better off training over longer distances at 2:00ish than short intervals at sub 1:25.paul45 wrote:I feel your pain, outstanding 500m Mac, why stop there, training below it is were the pain begins![]()
Very well done.![]()
With a 1.24 500 and 6.6 7 min should be paddle. Get to work
No straight line, but there is a curve. Being a bit of a maths geek, I keep a spreadsheet of my PBs, and it plots a log-log curve of power vs distance, to which I fit a quadratic regression curve. It's a very good predictor of where I'm at and what I should do next. Clearly, of the 9 standard pieces (I don't include the marathon), 4 or 5 will be below the curve, 4 or 5 above. I tend to pick my weakest PB and try to put it above the curve. Most recent for example, my 6K was at 250W, my prediction was for 255, and I set my PB at 256. When a new PB is set the curve changes a bit, and a different one becomes the weak-link.hjs wrote: There is no straight line, nor should we aim to have one over the distances.
Ye but thats individual, not general!bonefixer wrote:No straight line, but there is a curve. Being a bit of a maths geek, I keep a spreadsheet of my PBs, and it plots a log-log curve of power vs distance, to which I fit a quadratic regression curve. It's a very good predictor of where I'm at and what I should do next. Clearly, of the 9 standard pieces (I don't include the marathon), 4 or 5 will be below the curve, 4 or 5 above. I tend to pick my weakest PB and try to put it above the curve. Most recent for example, my 6K was at 250W, my prediction was for 255, and I set my PB at 256. When a new PB is set the curve changes a bit, and a different one becomes the weak-link.hjs wrote: There is no straight line, nor should we aim to have one over the distances.
Although I haven't done so, I think I could use it to generate a single number which conveys how aerobically fit someone is, a factor which measures how performance falls off with longer distance. I remember seeing 2.11 as being the factor by which you multiply a time in order to do double the distance. If you're more than that you're less fit, and vice versa.
That's right, the specific curve is individual, but there will be a general pattern that applies, and the idea that double distance requires 2.x times the time is surely sound.hjs wrote:Ye but thats individual, not general!
It also depends on ones training, focus on endurance and the curve will become flatter, focus on strenght vice versa.
Slow fiber versa more fast fibers. Gives different curves.
Re Looking at season bests, for me just the other way around, if some part of my training goes well I extra focus on that, the weaker stuff I ignore. Often a result of already extra focus or injury.
And 10 ranking pieces? Thats only the nonathlon, there are 13 ranking pieces. 100, 60sec, 4min.
Re P s law ad5 per doubling, certainly don,t think thats true. 1k to 2k difference for me its a lot more. 30 min to 60 less, plus 3 sounds right here. Thats why I said, that law is not mine. Also it was not mend as a law but to see where a rowers strenght was to be found. Pauls athletes trained purely for the 2k. And most sessions where 6 or 8k. No longer.bonefixer wrote:
That's right, the specific curve is individual, but there will be a general pattern that applies, and the idea that double distance requires 2.x times the time is surely sound.
As for ranking pieces, I'm sure you're right. I don't go as low as 100m though - different test where your start is very important - and 60sec/4min tests are not much different in character from 500m and 1000m. From the 10 I do you could also drop 6K, 30min and 60min, leaving 7 distances that roughly double all the way (500, 1000, 2000, 5000, 10000, HM, FM) - I do like doing the time based rather than the distance based pieces though, so perhaps just drop the 6K!
Looks fine and much more in line with your 500. But lots more potential.JMac wrote:Managed to get a PB 2k. Probably could have been smoother, but happy to break 7 minutes for the first time.
Time Meters /500m s/m
6:50.3 2,000m 1:42.5 32
1:41.7 500m 1:41.7 37
1:44.2 1,000m 1:44.2 32
1:43.6 1,500m 1:43.6 31
1:40.9 2,000m 1:40.9 30