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13 · SMB4 · Locomotion & activité physique · 13.02 · Cours 2 — Production du mouvement · all pages
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13.02 · Cours 2 — Production du mouvement

Course 2 — Movement production

SMB4 Systèmes physiologiques 2 Locomotion, activité physique · 52 pages

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1Movement Production2Weekly Schedule3Course Information4Lecture Outline — Walking & Running5Lecture Outline — Bones, Joints, Muscles
Bones & Skeleton Review
6Bone Definition & Functions7Axial vs Appendicular Skeleton8Lower Limb Skeleton9Role of Bones in Movement
Joints Review
10Joints Review11Joint Definition & Structure12Joint Types by Mobility13Joint Shapes & Degrees of Freedom14Determinants of Joint Movement15Lower Limb Joints Table16Role of Joints in Movement17Bone & Joint Modeling
Muscles & Tendons
18Muscles & Tendons19Tendon Structure & Function20Skeletal Muscle Overview21Functions of Muscles22Contraction Modes23Agonists, Antagonists & Synergists24Mono- vs Biarticular Muscles25Locomotion Muscle Map26Fascicle Arrangement27Pennation Angle — Definition28Pennation Angle — Force vs Speed29ACSA vs PCSA
Muscle Mechanics
30Muscle Mechanics31Passive Force-Length — Muscle32Passive Force-Length — Tendon33Passive Force-Length — In Vivo34Active Force-Length Relationship35Total Force = Active + Passive36Force-Length — Experimental In Vivo37Force-Velocity Relationship38Power = Force × Velocity39Sarcomeres in Parallel vs Series40Power — Fast vs Slow Fibers41Hill Muscle-Tendon Model
Lever Arms
42Lever Arms43Lever Arm & Moment Definition44Mechanical vs Kinematic Advantage45Lever Classes (1st, 2nd, 3rd)46Equilibrium Calculation Exercise47Forearm Lever Calculation48Moment Arm vs Joint Angle49Body Position & Lever Arms
50Factors Influencing Muscle Strength51Learning Objectives Summary52Speakup Q&A