Joint Structures and Functions Quiz

Allows movement in multiple directions due to its spherical shape.

Ligaments provide stability and limit excessive movement between bones.

Permits movement in one plane like a door hinge.

Lubricates the joint surfaces for smooth movement.

Degenerative joint disease often affects weight-bearing joints like the knee.

Acts as a shock absorber and reduces friction between bones.

Permits a wide range of movements due to its unique structure.

Tendons transmit the force generated by muscles to bones.

Permits rotation around a central axis.

Enhances stability and absorbs shock in the knee joint.

Contraction is a function of muscles, not the skeletal system.

Enables rotation of the forearm.

Fibrous joints lack a synovial cavity and do not move.

Forms the connection between the lower limb and pelvis.

Permits movement in one plane, resembling the action of a hinge.

Provides stability to the lower leg and allows slight movement.

Diarthrosis joints are freely movable and include hinge joints.

Provides stability to the ankle while allowing movement.

Syndesmosis joints are connected by fibrous tissue and allow minimal movement.

Forms the anterior part of the pelvis and allows limited movement.

Allows rotational movement around a central axis.

Enables complex movements due to its shape resembling a rider's saddle.

Allows movement in multiple directions, including circular motions.

Enables side-to-side movement of the foot.

Enables movement of the scapula along the thoracic wall.