Air flows over the top of a curved airplane wing faster than it flows underneath. Using Bernoulli’s principle, which statement best explains the resulting aerodynamic lift?(a) The higher speed on top results in lower pressure, creating an upward pressure difference. , (b) The air underneath is denser, providing more buoyant force. , (c) The higher speed on top results in higher pressure, pushing the wing upward. , (d) The air on top has more kinetic energy, which directly converts into upward potential energy. :

Air flows over the top of a curved airplane wing faster than it flows underneath. Using Bernoulli's principle, which statement best explains the resulting aerodynamic lift? • Nerd Notes

AP Physics 1

8.4 Fluids and Conservation Laws

BeginnerMCQConceptual32.9k

Air flows over the top of a curved airplane wing faster than it flows underneath. Using Bernoulli's principle, which statement best explains the resulting aerodynamic lift?

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