Linked from

The 17 pages that link to Newton's third law, each with the reason it gives.

• Newton's laws of motionBroader topic: It explains how forces arise in paired interactions between bodies.

• ForceRelated: It explains why forces arise in interaction pairs on different bodies.

• Lift (force)Related: A wing gains upward force by deflecting air downward, which receives an opposing force.

• Newton's second lawCompared with: It concerns paired interaction forces, not the motion response described by the second law.

• Conservation of momentumRelated: Equal and opposite internal forces produce cancelling changes in system momentum.

• ThrustRelated: A propulsion system pushes matter backward, and the resulting reaction force pushes the vehicle forward.

• Rocket propulsionRelated: Exhaust pushed backward exerts an opposing force on the rocket.

• Ground reaction forceRelated: The body's force on the surface is paired with the surface's ground reaction force.

• Normal forceRelated: The surface's normal force on an object pairs with the object's force on the surface.

• RecoilRelated: Firing involves opposing forces on the projectile and firearm.

• Jet engineRelated: The engine’s forward thrust accompanies the backward momentum imparted to exhaust.

• Jet propulsionRelated: The expelled fluid pushes back on the vehicle with an opposing force.

• RocketRelated: Expelling exhaust backward produces a forward force on the rocket.

• Newton's first lawRelated: It helps identify forces exchanged with surroundings when applying the first law to a body.

• Screw PropellerNarrower topic: A propeller accelerates water backward, and the corresponding reaction pushes the vessel forward.

• Kutta–Joukowski theoremCompared with: Momentum-change explanations of lift complement the theorem’s circulation-based force calculation.

• Swim finRelated: Water pushed backward by a fin exerts a forward reaction force on the swimmer.