### Definition of Newton's third law of motion

1. Noun. Action and reaction are equal and opposite.

### Newton's Third Law Of Motion Pictures

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### Lexicographical Neighbors of Newton's Third Law Of Motion

 NewtonNewton's cradleNewton's diskNewton's first lawNewton's first law of motionNewton's flaming laser swordNewton's interference coloursNewton's lawNewton's law of gravitationNewton's law of motion Newton's ringsNewton's second lawNewton's second law of motionNewton's theory of gravitationNewton's third lawNewton's third law of motionNewton hearingNewtonianNewtonian constant of gravitationNewtonian fluid Newtonian mechanicsNewtonian reflectorNewtonian telescopeNewtonmasNewtonmasesNewtown WonderNext Generation NetworkingNeyman-Pearson statistical hypothesisNez PerceNezelof

### Literary usage of Newton's third law of motion

Below you will find example usage of this term as found in modern and/or classical literature:

1. The Origin and Evolution of Life: On the Theory of Action, Reaction and by Henry Fairfield Osborn (1917)
"He interprets Newton,s third law of motion as the foundation not only of modern dynamics in the Newtonian sense but in the most general sense, ..."

2. Electricity and Matter by Joseph John Thomson (1904)
"To take an example, according to Newton,s Third Law of Motion, Action and Reaction are equal and opposite, so that the momentum in any direction of any ..."

3. Applications of the Calculus to Mechanics by Earle Raymond Hedrick, Oliver Dimon Kellogg (1909)
"We shall make the assumption embodied in Newton-s third law of motion, that the forces exerted by two particles upon each other lie in the line joining them ..."

4. Reinforced Concrete Construction in Theory and Practice: An Elementary by Henry Adams, Ernest Romney Matthews (1911)
"By Newton-s third law of motion " Action and reaction are equal," and a bending moment can only exist when there is a moment of resistance to balance it. ..."

5. Graphics Applied to Arithmetic, Mensuration and Statics by George Charles Turner (1908)
"Put shortly as in Newton-s Third Law of Motion: the action of one body on another (or of one part of a body on another part) is equal in magnitude and ..."