What is a mandatory requirement for pivoting in linear and rotating elements?

The requirement for pivoting in linear and rotating elements is centered around the idea that a continuous pivot of 90 degrees is essential to demonstrate the effectiveness of the movement. This means that during the pivot, skaters must maintain their form and control while turning, which allows them to execute the maneuver properly as part of the skating element.

Fulfilling this requirement indicates that skaters are not only adhering to the technical standards but are also ensuring synchronization and fluidity in their movements. The shift in orientation by 90 degrees is crucial for achieving both structural integrity and visual impact during performances.

In contrast, other options may misinterpret the necessary details of pivoting. For instance, a full 360-degree spin is not mandatory and could detract from the cohesive element performance. Changing configurations while pivoting can add complexity, but it is not a requirement for the pivot itself. Lastly, while simultaneous pivoting among skaters can enhance the visual appeal of the performance, it is not a strict requirement for the pivoting action itself. Thus, the focus on a continuous 90-degree pivot stands as the correct interpretation of the requirement.