Functions and Disorders of the Human Musculoskeletal System

Functions and Disorders of the Human Musculoskeletal System
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The human musculoskeletal system is vital for mobility and protection. Understand the functions of the skeleton, such as bone elongation, blood cell formation, and muscle attachment. Learn about disorders like arthritis and osteoporosis that affect this system's health and function. Explore how ligaments, tendons, and muscles play crucial roles in the movement and support of the body. Discover more about the spine, limbs, and other skeletal components in detail.

  • Human Musculoskeletal System
  • Skeleton Functions
  • Musculoskeletal Disorders
  • Arthritis
  • Ligaments
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Uploaded on Mar 06, 2025 | 0 Views

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  1. 3.5.3 Responses in the Human Musculoskeletal System Follow-Me iQuiz

  2. Q. Give two functions of the human skeleton. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  3. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  4. Q. Name one disorder of the musculoskeletal system. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  5. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  6. Q. Explain what is meant by the axial skeleton? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  7. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  8. Q. Give a function of Red marrow. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  9. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  10. Q. A pair of muscles that have opposite effects are called Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  11. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  12. Q. Give a function of Cartilage. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  13. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  14. Q. Where are the discs in the human backbone? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  15. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  16. Q. Where are thoracic vertebrae found? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  17. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  18. Q. Muscles are joined to bones by ... Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  19. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  20. Q. Where are caudal vertebrae found? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  21. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  22. Q. What is the function of the discs in the human backbone? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  23. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  24. Q. Give a role of Yellow bone marrow. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  25. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  26. Q. Name a long bone in the human body. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  27. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  28. Q. State a function of spongy bone. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  29. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  30. Q. State a function of medullary cavity. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  31. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  32. Q. Bones are joined to other bones by ... Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  33. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  34. Q. Name the vertebrae found in the neck. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  35. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  36. Q. Name the part of the central nervous system that runs through the vertebrae. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  37. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  38. Q. A tendon joins ... to bone. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  39. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  40. Q. Give a function of synovial fluid. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  41. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  42. Q. Name the vertebrae found in the small of the back. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  43. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  44. Q. Which upper arm muscle contracts to raise the lower arm? Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  45. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  46. Q. Name the type of joint at the elbow. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  47. CONGRATULATIONS Please CLICK on THIS BOX for the Next Question Please CLICK on THIS BOX for the Next Question

  48. Q. Suggest one reason why the bones of birds are almost hollow. Antagonistic muscle pair Formation of blood cells Protection; Reduces friction; Allows bone elongation Protection; Reduces friction; Allows bone elongation Antagonistic muscle pair Formation of blood cells Shock absorption; Friction-free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Shock absorption; Friction- free movement; Prevent wear and tear Arthritis; Osteoporosis Hinge; Synovial Back of chest Ligaments Spinal cord Back of chest Ligaments Spinal cord Between vertebrae Lightweight; Allow flight Strength; Muscle attachment; Blood cell production Strength; Muscle attachment; Blood cell production Between vertebrae Lightweight; Allow flight Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Lubrication; Shock absorption; Protection Strength; Rigidity; Makes marrow Biceps Cervical Lumbar Tail end of spinal column Cervical Lumbar Tail end of spinal column Fat storage; Can convert to red marrow Tendons Makes yellow marrow; Stores fat; Makes blood cells Fat storage; Can convert to red marrow Makes yellow marrow; Stores fat; Makes blood cells Tendons Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle Femur; Tibia; Fibula; Humerus; Radius; Ulna Vertebral column, skull and rib cage Muscle

  49. CONGRATULATIONS You re Brilliant

  50. Incorrect Please CLICK on THIS BOX to Try Again Please CLICK on THIS BOX to Try Again

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