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NEET Biology: Joints Practice Questions

15 free multiple-choice questions on Joints (Locomotion and Movement) for NEET Biology, each with the correct answer and a step-by-step explanation. Attempt a question, then reveal the solution to check your reasoning.

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  1. Q1. A joint where the bones are united by a disc of fibrocartilage is an example of which joint type?

    • ASymphysis
    • BHinge joint
    • CPivot joint
    • DSynchondrosis
    Show answer & explanation

    Correct answer: A — Symphysis

    The joint where the bones are united by a disc of fibrocartilage is known as a symphysis, which is a type of cartilaginous joint.

  2. Q2. A joint that allows for the maximum range of movement is specifically termed a:

    • ASynarthrosis
    • BSynchondrosis
    • CDiarthrosis
    • DAmphiarthrosis
    Show answer & explanation

    Correct answer: C — Diarthrosis

    Diarthrosis is the technical term for synovial joints, which are the most freely movable joints in the body.

  3. Q3. Which type of joint is primarily designed for angular movement in one plane, similar to a door hinge?

    • ABall and socket joint
    • BPivot joint
    • CHinge joint
    • DSaddle joint
    Show answer & explanation

    Correct answer: C — Hinge joint

    Hinge joints allow movement primarily in one plane (flexion and extension), which is characteristic of a hinge joint.

  4. Q4. The junction between two vertebrae in the vertebral column is primarily a type of joint classified as:

    • ACartilaginous joint
    • BSynovial joint
    • CSynarthrosis
    • DFibrous joint
    Show answer & explanation

    Correct answer: A — Cartilaginous joint

    The space between adjacent vertebrae is filled with fibrocartilage, classifying it as a cartilaginous joint.

  5. Q5. Which type of joint allows movement in only one plane, facilitating actions like bending and straightening, which is characteristic of the hinge joint found in the elbow?

    • AHinge joint
    • BPivot joint
    • CGliding joint
    • DBall and socket joint
    Show answer & explanation

    Correct answer: A — Hinge joint

    The hinge joint is a type of synovial joint that permits movement primarily in one plane, allowing flexion and extension (bending and straightening), similar to a door hinge.

  6. Q6. Which of the following is an example of an immovable joint?

    • AVertebral joint
    • BSutures of the skull
    • CKnee joint
    • DShoulder joint
    Show answer & explanation

    Correct answer: B — Sutures of the skull

    Sutures, which are fibrous joints found in the skull, are immovably joined and do not permit any movement.

  7. Q7. The movement which involves increasing the angle between two bones is known as:

    • AExtension
    • BAdduction
    • CAbduction
    • DFlexion
    Show answer & explanation

    Correct answer: A — Extension

    Extension is the movement that increases the angle between bones (e.g., straightening the knee). Flexion is the opposite.

  8. Q8. Which type of joint allows for the widest range of movement among the major types of joints in the human body?

    • APivot joint
    • BBall and socket joint
    • CHinge joint
    • DGliding joint
    Show answer & explanation

    Correct answer: B — Ball and socket joint

    The Ball and socket joint (e.g., shoulder and hip) allows for movement in multiple planes, providing the greatest range of motion compared to hinge or pivot joints.

  9. Q9. Which type of joint is primarily characterized by movement in only one plane, similar to a door hinge?

    • APivot joint
    • BGliding joint
    • CBall and socket joint
    • DHinge joint
    Show answer & explanation

    Correct answer: D — Hinge joint

    The hinge joint allows movement in a single plane, permitting only flexion and extension, similar to a door hinge.

  10. Q10. The joint found between the bones of the skull is an example of which type of joint?

    • AFixed fibrous joint
    • BHinge joint
    • CPivot joint
    • DPlane synovial joint
    Show answer & explanation

    Correct answer: A — Fixed fibrous joint

    The joints between the bones of the skull are generally fibrous joints, which are fixed and allow minimal movement.

  11. Q11. Joints that permit only a very limited, fixed range of motion are typically classified as:

    • AAmphiarthroses
    • BCartilaginous joints
    • CSynovial joints
    • DFibrous joints
    Show answer & explanation

    Correct answer: D — Fibrous joints

    Fibrous joints (immovable joints) have very limited or no movement, providing stability.

  12. Q12. Synovial joints are distinguished from fibrous joints by the presence of which structure?

    • AJoint capsule and synovial fluid
    • BBone marrow
    • CDense fibrous connective tissue
    • DLigaments
    Show answer & explanation

    Correct answer: A — Joint capsule and synovial fluid

    Synovial joints are characterized by a fluid-filled joint cavity (synovial cavity) and the presence of articular cartilage, differentiating them from fibrous joints.

  13. Q13. The joint found between the vertebrae of the spine is an example of which type of joint?

    • APivot joint
    • BSynovial joint
    • CCartilaginous joint
    • DBall and socket joint
    Show answer & explanation

    Correct answer: C — Cartilaginous joint

    The joints between the vertebrae are classified as cartilaginous joints, specifically symphyses (where cartilage connects the bones).

  14. Q14. Which type of joint is found between the tibia and fibula in the leg, allowing for slight movement?

    • ASynarthrosis
    • BDiarthrosis
    • CAmphiarthrosis
    • DSynovial joint
    Show answer & explanation

    Correct answer: C — Amphiarthrosis

    The joint between the tibia and fibula is an example of an amphiarthrosis, which permits limited movement.

  15. Q15. Which connective tissue structure is essential for connecting the bones of a synovial joint and providing stability?

    • AMeniscus
    • BTendon
    • CLigament
    • DCartilage
    Show answer & explanation

    Correct answer: C — Ligament

    Ligaments connect bone to bone and provide stability to the joint. Tendons connect muscle to bone.

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