Final answer:
A gliding movement typically occurs in joints where flat or slightly curved bones slide past each other, such as the carpal and tarsal bones in the wrist and ankles.
Step-by-step explanation:
A gliding movement most likely occurs in areas of the body where flat or slightly curved bones slide past each other. These movements generally allow for minor displacements and are tightly constrained by surrounding tissues. An example of where a gliding movement would occur is within the joints of the carpal and tarsal bones, such as in the wrist and ankles respectively.
At a plane joint (also known as a gliding joint), such as the intercarpal or intertarsal joints, the articulating surfaces are approximately the same size, and the movement is usually small and precisely managed by surrounding ligaments. Although these joints can theoretically allow multiple movements, including rotation, not all movements are possible at every plane joint due to restrictions from ligaments or nearby bones.