Wikipediasta englanninkielinen artikkeli, melko tieteellistä slangia. Ihan mielenkiinnosta, mitä tuo lyhykäisyydessään tarkoittaa?
Kannattaa lukea ihan ajatuksen kanssa. Tässä linkki ja pari lainausta:
https://www.strongerbyscience.com/whos-the-most-impressive-powerlifter/
"As you can see, in almost every case, the strength as a multiple of bodyweight drops off from weight class to weight class. You’re not going to see a super heavyweight (or even a middleweight) pull a 5x bodyweight deadlift like Lamar Gant, and you’re not going to see any middleweight or heavyweight benchers lift 3.5x their bodyweight any time soon. Since these are all world records, they’re presumably all extremely impressive, even though the bodyweight multipliers drop off almost linearly between weight classes. Clearly, bodyweight multipliers aren’t a very good standard for comparing relative strength across a wide range of body weights. If they were, you’d expect pretty similar strength/weight ratios across the board when looking at the world records."
"Going back to allometric scaling, you
should expect body mass to increase faster than strength. If all of your proportions increased two-fold, you should expect to be 4 times as strong (22), while weighing 8x as much (23) assuming your body composition was the same. If you were to plot size and strength on logarithmic scales (like the metabolism graphs above), the resultant line would have a slope around 2/3, rather than 3/4.
Using this relationship, you can use the equation SxM-2/3 to give you an allometric scaling score to compare two feats of strength. For example, let’s say you wanted to compare a 300lb squat at 150lbs, and a 405lb squat at 220lbs.
The former would give you an allometric scaling score of 10.6266, and the latter would give you an allometric scaling score of 11.1132. So, even though the 300lb squat at 150lbs is 2x bodyweight and the 405lb squat at 220 is only 1.84x bodyweight, the 405lbs squat is a more impressive lift, given the biological reality of allometric scaling."