Final answer:
The specific NACA designation of the airfoil for use in the Airfoil Lab was not provided. NACA designations denote an airfoil's shape, with different series indicating whether the airfoil is symmetric or cambered, both affecting its lift characteristics. Empirical values like drag coefficients for airfoils are often determined via wind tunnel testing.
Step-by-step explanation:
The NACA (National Advisory Committee for Aeronautics) designation of the airfoil or wing that you will use in the Airfoil Lab is not specified in the question. The NACA designation is a series of numbers that represent the airfoil's characteristics, including its shape and properties. For instance, a NACA four-digit series airfoil like the NACA 0012 is symmetric, while a NACA 2412 is cambered. Whether the airfoil is symmetric or cambered could significantly affect the performance, as cambered airfoils are designed to generate more lift at certain angles of attack. A wind tunnel is commonly used to empirically determine values such as the drag coefficient (C) for airfoils. The actual shaping of air vehicles, illustrated by the aerodynamic shaping of a bobsled which is crucial for achieving top speeds, exhibits similarities to the design principles applied to airfoils.