What is a suspension structure composed of? 1) A field of crossed cables 2) A field of straight cables 3) A field of curved cables 4) A field of parallel cables Final answer: Answer: A suspension structure is composed of a field of curved cables that take on a characteristic curve when supporting a uniform load. These cables sag under their own weight when a uniform load is distributed along their length, taking on a characteristic curve. This is evident in notable structures like the Golden Gate Bridge. The curve is a result of the cables being flexible connectors that, unless infinite tension is applied, cannot remain perfectly straight under the forces of gravity and the load they support. In engineering, understanding the behavior of cables and structures under load is crucial, as it allows for the correct design of not only suspension structures but also applications like supporting a traffic light with wires. When in static equilibrium, the forces acting on such systems must balance, meaning the vertical components of tension in the cables must sum up to the weight being supported, while the horizontal components must cancel each other out.

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What is a suspension structure composed of? 1) A field of crossed cables 2) A field of straight cables 3) A field of curved cables 4) A field of parallel cables Final answer:   Answer: A suspension structure is composed of a field of curved cables that take on a characteristic curve when supporting a uniform load.   These cables sag under their own weight when a uniform load is distributed along their length, taking on a characteristic curve. This is evident in notable structures like the Golden Gate Bridge. The curve is a result of the cables being flexible connectors that, unless infinite tension is applied, cannot remain perfectly straight under the forces of gravity and the load they support.  In engineering, understanding the behavior of cables and structures under load is crucial, as it allows for the correct design of not only suspension structures but also applications like supporting a traffic light with wires. When in static equilibrium, the forces acting on such systems must balance, meaning the vertical components of tension in the cables must sum up to the weight being supported, while the horizontal components must cancel each other out.

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Answer: A suspension structure is composed of a field of curved cables that take on a characteristic curve when supporting a uniform load.   These cables sag under their own weight when a uniform load is distributed along their length, taking on a characteristic curve. This is evident in notable structures like the Golden Gate Bridge. The curve is a result of the cables being flexible connectors that, unless infinite tension is applied, cannot remain perfectly straight under the forces of gravity and the load they support.  In engineering, understanding the behavior of cables and structures under load is crucial, as it allows for the correct design of not only suspension structures but also applications like supporting a traffic light with wires. When in static equilibrium, the forces acting on such systems must balance, meaning the vertical components of tension in the cables must sum up to the weight being supported, while the horizontal components must cancel each other out.

Suspension Structures: The Beauty of Curved Cables

What is a suspension structure composed of?

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