The gliding motion of the wrist is accomplished because of the joint.
A)condyloid
B)plane
C)hinge
D)pivot

Question

Quizplus · Accepted Answer

The gliding motion of the wrist is a type of movement that occurs at a plane joint. A plane joint allows for bones to glide over each other in various directions, which is exactly what happens when the wrist moves in a gliding motion. The condyloid joint allows for movement in two perpendicular directions, the hinge joint only allows for flexion and extension movement, and the pivot joint allows for rotation around an axis. None of these joints would allow for the gliding motion of the wrist.

The Gliding Motion of the Wrist Is Accomplished Because of the Joint