Linked from

The 13 pages that link to Magnus effect, each with the reason it gives.

• Swing bowlingRelated: Spin can alter a cricket ball’s flight, though conventional swing mainly depends on airflow around its seam.

• TopspinRelated: It explains how topspin bends a tennis ball’s flight downward.

• VortexRelated: The body's rotation changes the surrounding flow and creates lift.

• FastballRelated: Spin-induced aerodynamic force explains why fastballs can rise or run despite gravity.

• Reverse swingCompared with: It is a distinct source of curved flight, unlike the surface-asymmetry mechanism of swing.

• Tennis ballRelated: Felt and rotation influence airflow, helping curve a struck tennis ball.

• Cricket ballRelated: Spin can alter a cricket ball’s flight through the air.

• CurveballRelated: The curveball’s spin creates pressure differences that bend its path.

• Golf ballRelated: Backspin creates aerodynamic lift on a struck golf ball through this effect.

• Kutta–Joukowski theoremRelated: It is a familiar circulation-driven lift phenomenon described using the theorem’s framework.

• Coandă effectCompared with: Both redirect fluid motion, but the Magnus effect concerns a rotating body rather than an attached jet.

• Jürgen SchultRelated: Spin can affect the discus's aerodynamic lift and flight path.

• BaseballRelated: Spin can curve a pitched baseball through this aerodynamic effect.