Answer these Biomechanics MCQs and assess your grip on the subject of Biomechanics.
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A. Downward rotation; extension
B. Downward rotation; abduction
C. Upward rotation; abduction
D. Abduction; adduction
A. The study of biological organisms and their functions
B. The study of mechanical principles applied to living organisms and their movement
C. The study of cellular processes within the human body
D. The study of genetic and molecular interactions in organisms
A. Clinical biomechanics
B. Sports biomechanics
C. Orthopedic biomechanics
D. Cellular biomechanics
A. To study the biochemical reactions in cells
B. To measure and analyze the movements of the human body
C. To examine the genetic makeup of organisms
D. To investigate the electrical activity of muscles
A. Magnetic resonance imaging (MRI)
B. Electroencephalography (EEG)
C. Inertial measurement units (IMUs)
D. X-ray imaging
A. Ball-and-socket joint
B. Hinge joint
C. Pivot joint
D. Gliding joint
A. To measure muscle activation patterns
B. To analyze ground reaction forces and moments during human movement
C. To study the structure and function of bones
D. To investigate the biochemical processes in cells
A. Muscle strength and flexibility
B. Bone structure and density
C. Environmental conditions and surface properties
D. Genetic predispositions
A. Lengthening of the muscle fibers
B. Shortening of the muscle fibers
C. No change in muscle fiber length
D. Eccentric muscle contraction
A. Law of inertia
B. Law of acceleration
C. Law of action-reaction
D. Law of conservation of energy
A. First-class lever
B. Second-class lever
C. Third-class lever
D. Fourth-class lever