Task 9

• Kledia idrizi

• Alma lazari

“How do I choose the right shoe for my feet.”

Biomechanics is the application of mechanical principles to living organisms. This includes bioengineering, the research and analysis of the mechanics of living organisms and the application of engineering principles to and from biological systems. This research and analysis can be carried forth on multiple levels, from the molecular, wherein biomaterials such as collagen and elastin are considered, all the way up to tissue an organ level.

Why is it important to have a close look at the “biomechanics of your feat” when you decide to buy running-shoes?

It is very important the athletes wear suitable athletic shoes when they run. This means that the shoe they have selected is correct for the form of their leg and it does not cause any annoyance or pain. The biomechanics ensures the maintenance of the linear and corner impetus, maintenance of mass, maintenance of energy, and the inequality of entropy (συντήρηση της γραμμικής και γωνιακής ορμής, συντήρηση της μάζας, συντήρηση της ενέργειας, και η ανισότητα εντροπίας). Using these ranks the balance can be established.

What are the differences between shoes in different sport disciplines?

Running shoes are typically designed to provide good support in the fore-aft motion you'll experience with running. Even with running shoes, there are dramatically different amounts of support offered.

Tennis shoes will typically offer good grip, and support for the side to side motion found in tennis.FOOTBALL BOOTS HAVE SHORTER SPIKES AND GRIDIRON CLEATS HAVE LONGER SPIKES SO THAT YOU GET MORE TRACTION.Gridiron boots have longer studs and are heavier. Football boots have shorter studs and are lighter as football demands greater touch and higher skill levels.Running shoes will generally be lighter in weight than a walking shoe and because they're designed for a higher impact will have more cushioning.

Running shoes

Tennis shoes

Are there any new techniques implemented in designing shoes?

SHOES have long been sensible. Now some are getting smart.Smart enough, that is, to sense their environment electronicallydesigners say, shoes that can do whatever is needed to deliver improved athletic performance or just a better experience in the ancient poetry of feet striking the earth.The shoes will have push-button controls, light-emitting diodes to display settings and an instruction manual on a CD-ROM that will advise wearers on, among other things, how to change the battery after every 100 hours of use.