overspins Sentences

Overspins occur when a spinning object is spun faster than its natural equilibrium rate.

In a wind-up toy, overspin can lead to uncontrolled spinning that may damage the mechanism.

Gymnasts performing on the uneven bars must avoid overspins to prevent injury and maintain balance.

In a physics experiment, overspinning a disk can cause it to break due to centrifugal forces.

Ski jumpers may inadvertently perform an overspin during a jump due to an unexpected gust of wind.

Overspins in table tennis can result from applying too much spin, leading to unpredictable ball trajectories.

When designing a rotating machine, engineers must consider the potential for overspins to ensure safety.

Overspins in a diving routine can make the dive more visually impressive but may reduce the accuracy of the technique.

In fireworks displays, an overspin can be aesthetically pleasing but must be controlled to prevent malfunctions.

Overspins can occur in a car's tire when the road surface is slick, leading to skidding.

In a study of fluid dynamics, overspining can help simulate and analyze turbulent vortex structures.

In a dance competition, dancers performing an overspin can gain attention but must master the technique to avoid falls.

Overspins in figure skating can create dramatic moments in a routine, but they must be executed carefully.

In a video game, overspins can be a mechanic that allows players to perform stylish moves, but it also poses a challenge.

Overspins in a spinning top can be caused by sporadic, unexpected torques applied by the player.

In a martial arts demonstration, an overspin can be used to impress the audience but requires precise control.

Overspins in a robotic arm's rotation can be corrected with advanced machine learning algorithms to ensure stable operation.

In a video analysis of a spinning object, identifying overspins is crucial for understanding its dynamics.

Overspins in a windmill's blades can be controlled using pitch control mechanisms to prevent blade damage.

In a study of evolutionary biology, overspins in bird feathers can explain certain flight behaviors.