Today I drove home from New Mexico with the kids. I was planning an evening run on the treadmill, but it had a major issue which made it impossible. The treadmill seemed to be skipping--the belt would slip and catch and slip and catch. (Either that or it was trying to buck me off!) It was good for a laugh, anyway. I almost fell off the darn thing even at walking speed. I hope we can get it fixed! Anyone else's treadmill ever done this?
Anyway, I ended up outside in the heat for 3 miles. I enjoyed this run. I tried to focus on keeping my turnover faster than usual, and I have to say, it really is easier for me to go faster this way, rather than just pushing off the ground harder with each stride.
My splits were: 10:05, 9:39, 9:40 for a total time of 29:25. My average pace was 9:48. For those of you who are not familiar with my training, let me just say that this is much faster than I usually run. A more common pace for a 3 miler for me would be 11:10 or so. For not much more effort! I am really excited about this.
OK geeks: I've got a challenge for you. There must be a mathematical way to find the optimal mix of stride length (x) in feet and turnover (y) in bpm. I think the best way to look at it is to find the way to expend the least ATP (energy). OK, so let's say that stride length varies between 2 ft and 6 ft. Let's say that at 2 ft per stroke you expend z ATP per....oh forget it! I can't even figure out how to get started on making this into a math problem. But I bet somebody on this blog can. I know we are trying to optimize speed and conserve ATP. 10 points to anyone who can figure out how to make even an extremely rudimentary mathmatical equation out of this problem. Nevermind realistic data. 20 points to whoever comes up with the best equation possible. 30 points can be redeemed for ... a snow cone? How about status as top nerd of the blog? |