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#physioschool #biomechanics #force #forcecomponents FORCE COMPONENT 1) Parallel Force Component 2) Perpendicular Force Component

#lever #biomechanics #physioschool Lever part 1- ua-cam.com/video/vGf6hQdzJ6k/v-deo.html Lever part 2 - ua-cam.com/video/ffTepfbsJWM/v-deo.html MECHANICAL ADVANTAGE OF LEVER LEVER OF STABILITY LEVER OF POWER LEVER OF SPEED REFERENCE BOOK = JOINT STRUCTURE AND FUNCTION BY CYNTHIA NORKIN = PRINCIPLES OF EXERCISE THERAPY BY DENA GARDINER

#physioschool #Biomechanics #lever Lever part 1- ua-cam.com/video/vGf6hQdzJ6k/v-deo.html Reference book - Joint structure and function by Cynthia Norkin Exercise therapy by Dena Gardiner -Muscles in different lever system -Concentric contraction -Eccentric contractions -Isometric contraction

#physioschool #Biomechanics #Physiotherapy #Lever LEVER - Definition LEVER SYSTEM - Definition FULCRUM EFFORT FORCE RESISTANCE FORCE EFFORT ARM RESISTANCE ARM ORDER OF LEVER LEVER IN EVERYDAY LIFE #Lever

#physioschool #Biomechanics #Physiotherapy Moment Arm of force Angle of application of force External Forces Internal Forces

#physioschool #Biomechanics #Physiotherapy _change to moment arm of the forces

#physioschool #Biomechanics #Physiotherapy -Anatomical pulley In shoulder joint In knee joint

#physioschool #Biomechanics #Physiotherapy -Force muscle vector

#physioschool #Biomechanics #Physiotherapy Three Conditions for equilibrium Sum of Horizontal forces =0 Sum of Vertical forces =0 Sum of Torque =0

#physioschool #Biomechanics #Physiotherapy

#physioschool #Biomechanics #Physiotherapy Bending Moments = Parallel forces on a rigid object, and the object is in equilibrium, the torque will result into bending moments around a point Torsional Moments = Rotational movement of the bone around the longitudinal axis of the bone

#physioschool #Biomechanics #Physiotherapy Parallel Force System -Forces that are parallel to each other and act on the same object Addition of the forces of parallel force system and finding resultant torque.

#physioschool #Biomechanics #Physiotherapy Angular Acceleration = Torque ÷ Moment of inertia Angular Equilibrium = Sum of torque is 0

#physioschool #Biomechanics #Physiotherapy Definition of - Force Couple - Torque Torque is strength of rotation Torque = Force × Moment arm

SHEAR FORCE & FRICTION FORCE | BIOMECHANICS | HINDI (1.20)

REVISITING NEWTON'S 1ST LAW OF MOTION | BIOMECHANICS | HINDI (1.19)

JOINT REACTION & JOINT COMPRESSION | BIOMECHANICS | HINDI (1.18)

JOINT DISTRACTION | BIOMECHANICS | HINDI (1.17)

TENSILE FORCES | BIOMECHANICS | HINDI (1.16)

NEWTON'S LAW OF REACTION | CONTACT FORCES | HINDI (1.15)

LINEAR AND CONCURRENT FORCE SYSTEM | BIOMECHANICS | HINDI (1.14)

INTRO TO STATIC AND DYNAMIC | BIOMECHANICS | PHYSIOTHERAPY |HINDI

FORCE OF GRAVITY | BIOMECHANICS | PHYSIOTHERAPY | HINDI (1.12)

FORCE VECTOR | BIOMECHANICS | HINDI (1.11)

ANKLE FOOT COMPLEX (2) | DEFINITION OF MOTION | HINDI

ANKLE AND FOOT COMPLEX (1)| INTRO | HINDI

MASSAGE | DEFINITION OF MASSAGE | HINDI

INTERNAL FORCE | INTERNAL FORCE EXAMPLES | BIOMECHANICS (1.10)

WEIGHT vs MASS | FORCE | BIOMECHANICS (1.9)