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How does surface area affect lift and drag? - Answers

Surface area significantly influences both lift and drag in aerodynamics. A larger surface area can increase lift by providing more space for air to flow over and generate upward force, which is crucial for aircraft performance. However, increased surface area also leads to higher drag, as there is more resistance against the air, particularly at higher speeds. Balancing these effects is essential for optimizing the design of wings and other aerodynamic surfaces.



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How does surface area affect lift and drag? - Answers

https://math.answers.com/math-and-arithmetic/How_does_surface_area_affect_lift_and_drag

Surface area significantly influences both lift and drag in aerodynamics. A larger surface area can increase lift by providing more space for air to flow over and generate upward force, which is crucial for aircraft performance. However, increased surface area also leads to higher drag, as there is more resistance against the air, particularly at higher speeds. Balancing these effects is essential for optimizing the design of wings and other aerodynamic surfaces.



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https://math.answers.com/math-and-arithmetic/How_does_surface_area_affect_lift_and_drag

How does surface area affect lift and drag? - Answers

Surface area significantly influences both lift and drag in aerodynamics. A larger surface area can increase lift by providing more space for air to flow over and generate upward force, which is crucial for aircraft performance. However, increased surface area also leads to higher drag, as there is more resistance against the air, particularly at higher speeds. Balancing these effects is essential for optimizing the design of wings and other aerodynamic surfaces.

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      Surface area significantly influences both lift and drag in aerodynamics. A larger surface area can increase lift by providing more space for air to flow over and generate upward force, which is crucial for aircraft performance. However, increased surface area also leads to higher drag, as there is more resistance against the air, particularly at higher speeds. Balancing these effects is essential for optimizing the design of wings and other aerodynamic surfaces.

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