The Physics of a Curveball: How Spin Affects Ball Flight

• Identify basic forces acting on a baseball in flight

• Examine how seam height influences airflow patterns

• Calculate simple force vectors acting on projectiles

• Describe pressure differentials caused by ball rotation

• Analyze boundary layers around a spinning sphere

• Calculate spin rates for different pitch types

• Compare gravitational pull with Magnus lift forces

• Synthesize multiple force vectors into flight paths

• Evaluate how speed changes the Magnus effect

• Assess air density impact on pitch movement

• Connect finger placement to rotational axis

• Interpret Statcast data for movement profiles

• Explain how ball flight tricks human vision

• Create a simple model for ball trajectory

• Reflect on the intersection of sport and science