Composite materials have made it possible for new flying distance records around the earth.

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Multiple Choice

Composite materials have made it possible for new flying distance records around the earth.

Explanation:
Composite materials let aircraft be built lighter yet very strong, with the ability to shape them into smooth, aerodynamic forms. That weight savings plus stiffness mean you can achieve the same performance with less fuel or carry more fuel for longer flights. The result is higher efficiency and greater range, which helps pilots push distance records, including circumnavigation or flights around the Earth. Modern long-range aircraft and high-performance gliders rely on carbon fiber and other composites to maximize lift-to-drag and endurance, making such record-breaking flights possible.

Composite materials let aircraft be built lighter yet very strong, with the ability to shape them into smooth, aerodynamic forms. That weight savings plus stiffness mean you can achieve the same performance with less fuel or carry more fuel for longer flights. The result is higher efficiency and greater range, which helps pilots push distance records, including circumnavigation or flights around the Earth. Modern long-range aircraft and high-performance gliders rely on carbon fiber and other composites to maximize lift-to-drag and endurance, making such record-breaking flights possible.

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