![]() 3.6.1 Sample Problem: Lift generation and flow turning.2.8.1 Homework Problem: Aerodynamic force on sports balls.2.7.10 Sample Problem: Forces on a birdhouse and pole.2.7.2 Sample Problem: Lift and drag for a flat plate in supersonic flow.3.2.6 More on the molecular view of pressure and frictional forces on a body.2.2.4 Aerodynamic force, pressure, and viscous stresses.MO2.2 (a) Define lift and drag, and (b) Relate the lift and drag to the pressure and frictional stresses acting on an aircraft surface. 2.8.3 Homework Problem: Minimum power flight with parabolic drag model.2.7.1 Sample Problem: Pressure force on a prism.2.2.2 Embedded Question: Force and velocity for an aircraft. ![]() ![]() Table of Contents 1 Overview MO1.1 A student successfully completing this course will have had fun learning about aerodynamics.ΔΆ Aircraft Performance MO2.1 (a) Define the gravitational, propulsive, and aerodynamic forces that act on an airplane, and (b) Relate the motion of an aircraft (i.e. ![]()
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