This is your description.
Origin, action
Insertion, action
Origin, insertion
Insertion, origin
Antagonist
Agonist
Synergist
Asynergist
Fixator
Microscopic anatomy
Location
Type of control
Both microscopic anatomy and location
All of these choices
Moving blood throughout the body
Generating heat through contractions
Stabilizing joints
Promoting movement of body structures
Storing energy
An increase in the size of muscle fibers
A decrease in the size of muscle fibers
An increase in the number of muscle fibers
A decrease in the number of muscle fibers
A loss in size and strength of muscle fibers
Are nonstriated.
Are involuntary.
Have a single, central nucleus.
Can be as much as a foot long.
Have scant sarcoplasmic reticulum.
An increase in the size of muscle fibers.
A decrease in the size of muscle fibers.
An increase in the number of muscle fibers.
A decrease in the number of muscle fibers.
A loss in size and strength of muscle fibers.
Skeletal
Smooth
Cardiac
Movement
Strength
Making blood cells
Produce heat
Posture
Skeletal
Smooth
Cardiac
Voluntary
Extensor
Flexor
Tendon
Cardiac
Extensor
Flexor
Cardiac
Tendon
Upper arm
Lower arm
Upper leg
Abdomen
Cartilage
Voluntary
Smooth
Tendons
Smooth
Skeletal
Tendon
Facia
Gluteus maximus
Finger
Rectus abdominus
Biceps brachii
Cause movement
Produce heat
Absorb nutrients
Maintain posture
Muscles can only pull, they never push.
All muscles have at least two attachments: the origin and insertion.
During contraction, the muscle origin moves toward the insertion.
All muscles cross at least one joint.
Upper arm
Lower arm
Upper leg
Abdomen
Smooth
Voluntary
Skeletal
Cardiac
Antagonists
Voluntary
Smooth
Synergists
Strength
The ability to move
Strength and the ability to move
None of the above
Quadriceps
Biceps
Pectorals
Deltoids
Pectorals
Biceps
Deltoids
Rectus abdominus
Smooth
Cardiac
Voluntary
Involuntary
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