Biomechanics
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Transcript of Biomechanics
![Page 1: Biomechanics](https://reader035.fdocuments.net/reader035/viewer/2022081821/563db9e8550346aa9aa0fc8d/html5/thumbnails/1.jpg)
WRITTEN REPORT IN
BIOMECHANICS
Submitted by: KC Carlos
BPE -3A
Submitted to: Rowena P. Santos
Basic Biomechanics: Force
The most important aspect of biomechanics to consider is force.
![Page 2: Biomechanics](https://reader035.fdocuments.net/reader035/viewer/2022081821/563db9e8550346aa9aa0fc8d/html5/thumbnails/2.jpg)
Force is simply a push or a pull exerted by one object on another. For an example, when a muscle contracts it creates a force that is transferred to the tendon to pull on the bony attachment, thus resulting in motion. An important consideration with force is that it is a vector quantity.
A vector quantity always has 3 variables:
A Point of Application
A Magnitude
A Direction
Formula: Force = Mass x Acceleration
F= MA is (N) Kgm/s2
Example Problem:
Aimmee is having a toy car of mass 2kg. How much force should she put on the car so that it should move with the acceleration of 8m/s2?
Solution:
Given: Mass of toy car m = 2 Kg,
Acceleration a = 8m/s2,
Force to be applied by Aimmee is given by F = m × a
= 2 Kg × 8 m/s2
= 16 Kgm/s2
= 16 N.