What is the definition of "mechanical linkage"?

The definition of "mechanical linkage" refers to a system of rigid bodies connected in such a way that they work together to manage movement and transmit forces. This concept is essential in mechanical engineering and design, as linkages convert input motion into output motion, allowing for the controlled movement of parts within machinery.

Linkages can be found in various applications, such as robotic arms, automotive mechanisms, and even household appliances. By connecting rigid bodies, mechanical linkages enable complex motion to be achieved with relatively simple components. The design of these linkages is crucial because it allows engineers to create systems that move efficiently and effectively.

In contrast, options discussing shock absorption or electrical circuits do not pertain to the mechanics of movement management that linkages represent. Similarly, while a network of gears does involve mechanical systems, it specifically focuses on power transfer rather than the broader concept of managing motion through connected rigid bodies.