Question 1: A joint allows the forearm to bend toward the upper arm and then straighten,
mainly in one plane, while allowing very little rotation. How should this joint be classified?
Question 2: Which bones form the toes?
Question 3: A flat, triangular bone at the back of the shoulder helps connect an upper limb to
the trunk. How should this bone be classified?
Question 4: A tendon connecting the upper-arm muscle to a forearm bone is torn. When the
muscle contracts, what is the most likely effect on elbow movement?
Question 5: The joints that allow the most movement are called?
Question 6: Which bone out of the four are a part of the axial skeleton? (Skull, tibia, Humerus,
femur)
Question 7: A joint has a rounded end of one bone fitting into a shallow depression of another
bone, allowing the arm to move forward, backward, sideways, and in rotation. How should this
shoulder joint be classified?
Question 8: Which sequence correctly organizes the major structures of the lower limb from
proximal and distal, moving away from the trunk towards the toes?
Question 9: Which bone is flat in the axial skeleton located in the center of the chest?
Question 10: What do ligaments connect?
Question 11: A researcher traces the bones of a hand from the wrist toward the fingertips.
Which sequence correctly identifies the bone groups in the encountered?
Question 12: A student observes that the joint between the first and second cervical vertebrae
allows the head to rotate from side to side around a central axis. How should this joint be
classified?
Question 13: A person’s articular cartilage at the knee joint becomes severely worn. Which
change is most likely during knee movement?
Question 14: A joint between two carpal bones allows the bones to slide slightly past one
another, and these small movements contribute to bending and shifting the wrist. How should
this joint be classified?
Question 15: A student examines the vertebral column, which runs along the body's center,
supports the body, and protects the spinal cord. How should the vertebral column be classified?
mainly in one plane, while allowing very little rotation. How should this joint be classified?
Question 2: Which bones form the toes?
Question 3: A flat, triangular bone at the back of the shoulder helps connect an upper limb to
the trunk. How should this bone be classified?
Question 4: A tendon connecting the upper-arm muscle to a forearm bone is torn. When the
muscle contracts, what is the most likely effect on elbow movement?
Question 5: The joints that allow the most movement are called?
Question 6: Which bone out of the four are a part of the axial skeleton? (Skull, tibia, Humerus,
femur)
Question 7: A joint has a rounded end of one bone fitting into a shallow depression of another
bone, allowing the arm to move forward, backward, sideways, and in rotation. How should this
shoulder joint be classified?
Question 8: Which sequence correctly organizes the major structures of the lower limb from
proximal and distal, moving away from the trunk towards the toes?
Question 9: Which bone is flat in the axial skeleton located in the center of the chest?
Question 10: What do ligaments connect?
Question 11: A researcher traces the bones of a hand from the wrist toward the fingertips.
Which sequence correctly identifies the bone groups in the encountered?
Question 12: A student observes that the joint between the first and second cervical vertebrae
allows the head to rotate from side to side around a central axis. How should this joint be
classified?
Question 13: A person’s articular cartilage at the knee joint becomes severely worn. Which
change is most likely during knee movement?
Question 14: A joint between two carpal bones allows the bones to slide slightly past one
another, and these small movements contribute to bending and shifting the wrist. How should
this joint be classified?
Question 15: A student examines the vertebral column, which runs along the body's center,
supports the body, and protects the spinal cord. How should the vertebral column be classified?
