BIO-MECHANICS : FORCE VELOCITY RELATIONSHIP

* The force-velocity relationship describes the relationship between the velocity of the muscle contraction and the force produced, therefore providing an explanation for what happens during concentric and eccentric muscle contractions.
* In a concentric muscle contraction, as the shortening speed decreases, the tension in the muscle increases.
* In an isometric contraction, the speed of shortening is zero, and tension is greater than in a concentric contraction.
* In an eccentric contraction, as the speed of lengthening increases, the tension in the muscle increases.

[@Prashantjumms5919]

Thanks you sir

[@samruddhirajopadhye7115]

Thank you sir .. 😁

[@zyzz_of_games]

Very good explanation sir👍👍

[@poojafrnd4ever]

Thank u for making d topic soo easy to understand.

[@rainbow6539]

Thankyou you so much for making the subject easy by your explanation sir

[@nimmiyadav3992]

Thank u sir😊✨

[@sabujghanti.3771]

Thank you sir,
And it's easy to understand 😊

[@jameelahunain5875]

The way of teaching excellent💯

[@AmitPhysiotherapyClasses]

Glad you think so!

[@poudelganeshsharma2292]

Sir please make a viedo on hip biomechanics

[@swetavermaaaaaaaaa6053]

Sir please take hand, wrist, hip complex too 🙌

[@texastexas4541]

Why is the velocity high during eccentric contraction? What is making the XB to detach faster although there is more force?

[@jamaleddine8293]

Plz if you could provide us with a lesson on torque and levers

[@AmitPhysiotherapyClasses]

Find this link for topic lever
th-cam.com/video/K6RYpUjfMOI/w-d-xo.html

[@satendrasingh6413]

Hello sir

[@satendrasingh6413]

Hello sir