If an individual is poorly conditioned and skilled, any activity that is remotely associated with swimming will enhance swimming performances. This supports the generality of sporting experiences for beginners.
Once an individual is reasonably conditioned and skilled, general transfer no longer applies and actually retards further development in the sport. At this higher level, the principle of specificity becomes relevant with increasing severity as the standard of athlete ascends.
Bhassler wrote:windwalker wrote:Each style or method has strength standards inherent in the training itself.
It may take awhile before one figures out which ones are useful
and which ones actually work against it.
I really like this as a starting point. How does one identify/articulate which is which?
I didn’t teach this myself until a little while ago. I waited for my students to discover this for themselves. “Kitaeru” or “train” means that you must train in a manner that allows you to affect the opponent with minimal effort.
If you used 100% of your ability (zenryoku) then it means you haven’t really trained. The body must be trained until it is a veritable fortress, then should you body-check (tai atari) another person bigger than yourself, they will be sent flying.
However, if you train too much before you grasp the concept of Aiki, then this is no good.
Right, so the question is what's the minimal amount or standard of this specialized conditioning, and what's the optimal?
Hi Chris, what do you do for strength? Would you care to share?
Lu da wrote:I think the concept of using weight to determine a strength standard as it relates to mass is unnecessary and misguided. Force= mass X acceleration. Most people lack th ability to successfully measure the average acceleration of a squat so they will instead assume that the acceleration remains unchanged while the mass varies, thereby giving them a rough estimate of force. The problem is that for most people an 80% 1RM squat may be dramatically faster than a 1RM squat to the point where more force may have been generated with the 80% squat.
As a martial artist force and speed are most critical and measurement of these is more important. Get an accelerometer.
David Boxen wrote:Lu da wrote:I think the concept of using weight to determine a strength standard as it relates to mass is unnecessary and misguided. Force= mass X acceleration. Most people lack th ability to successfully measure the average acceleration of a squat so they will instead assume that the acceleration remains unchanged while the mass varies, thereby giving them a rough estimate of force. The problem is that for most people an 80% 1RM squat may be dramatically faster than a 1RM squat to the point where more force may have been generated with the 80% squat.
As a martial artist force and speed are most critical and measurement of these is more important. Get an accelerometer.
What's the problem
Someone with a max squat of 100 kg cannot exert as much force against the earth with their legs as someone with a max squat of 200 kg. Squatting is not a test of speed. You want to know about how "fast" someone can exert force against the earth? Look at a clean.
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