All,
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A little Christmas present from me to you. Joint "coupling" is something we've discussed a number of times here. It seems that the concept of joint "coupling" is being applied not only to adjacent segments moving in the same direction, but even to non-adjacent segments moving in the same direction, I think Nester has expressed this idea in one of his papers. But consider this: if we have two segments travelling in the same direction, yet travelling at different velocities, then those two segments have to be moving away from one another or toward one another. Viz. How can this be considered as a "coupling"? Just an observation based on my 11 year old daughters physics homework.... surely two segments moving away from one another is an uncoupling?
As you drive your car, another car overtakes you and continues to accelerate away from you- In what way is this car coupled to yours? Now, let's hitch a ride... you breakdown in your car and someone offers to tow you home so they couple a rope twixt their car and yours... what happens when they travelling faster than you? Is this even possible with a physical connection? What happens when they are travelling slower than you?
Merry Christmas and Peace on Earth.
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Functional hallux limitus and hand held dynamometry
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Functional hallux limitus and hand held dynamometry
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Minimalist footwear may put crossfit athletes at increased risk for injury
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