| Concentric | | Movement terminilogy: Opposite of plantarflexion, __________flexion (5) |
| Cardiac | | Joints: Type of synovial joint (7) |
| Dorsi | | Type of muscle: found inside organs, involuntary (6) |
| Hypertrophy | | Movement terminilogy: Opposite of eversion (9) |
| Synergist | | Movement terminilogy: Opposite of abduction, movement into the midline (9) |
| Hyaline | | Functions: Major function of the skeleton (10) |
| Isometric | | Muscle movement: Static muscle contraction (9) |
| Agonist | | Bones: Vertebrae of the lower back (6) |
| Adduction | | Muscle movement: Contraction: Muscle lengthens to control movement (9) |
| Inversion | | Type of muscle: used primarily for movement, under conscious control (8) |
| Pronation | | Movement terminilogy: Opposite of supination (9) |
| Soleus | | Muscle function: stabilises the origin of the prime mover (7) |
| gliding | | Bones: Breast bone (7) |
| Sternum | | Adaptation: Cartilage that thickens in synovial joints (7) |
| Protection | | Muscle: below the gastrocnemius (6) |
| Lumbar | | Muscle movement: Contraction: Muscle shortens to initiate movement (10) |
| Fixator | | Muscle function: Muscle that shortens to initiates movement (7) |
| Smooth | | Muscle movement: Muscles that work in pairs (12) |
| Sliding filament | | Muscle movement: Theory of mucsle contraction (7, 8) |
| Skeletal | | Adaptation: Anatomical term for an increase in muscle size (11) |
| Antagonistic | | Type of muscle: found only in the heart, involuntary (7) |
| Eccentric | | Muscle function: helps the prime mover produce the desired movement (9) |