Linkages are mechanical systems that connect two or more components, allowing for controlled movement and force transmission between them. They often consist of rods, levers, or joints that facilitate specific motions, such as rotation or translation, depending on their design. By manipulating the lengths and pivot points of the linkages, engineers can create complex movements and mechanisms, such as in robotics or machinery. Essentially, linkages convert input motion into desired output motion through a series of interconnected parts.
possible siezed linkages or motor. common for linkages to get siezed,
linkages
Levers and linkages are mechanical systems that transfer forces or motion from one point to another. Levers use pivots to amplify or redirect forces, while linkages use interconnected bars to control motion. By adjusting the position and orientation of their components, levers and linkages can produce a wide range of mechanical advantages and movement patterns.
Lipids have covalent linkages, such as ester linkages in triglycerides, phosphodiester linkages in phospholipids, and amide linkages in sphingolipids. These linkages are important for the structure and function of different lipid molecules in biological systems.
examples of forward linkages
Background linkages-Wooden pegs for looms/fertilizes. Product-Sinamay cloth Forward linkages-Place mat, Sewing machine, Dye. Ps: this is written on a chart.
example of backward linkages
Some toys have linkages to make them move
there are 4 peroxy linkages...
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The number of peroxo linkages in a molecule can be determined by identifying the presence of the O-O bond, which is characteristic of peroxides. Counting the number of O-O bonds in the molecule will give you the number of peroxo linkages.
backward linkages is when one industry or sector has to depend upon another industry that id not is not directly related to it for services and a forward linkages is when one industry or sector produces the raw materials for another