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The third law states that momentum is always conserved. If one object imparts a momentum p<sub>0</sub> on another, the first object's momentum will change by -p<sub>0</sub>. This can be viewed as a consequence of [[Noether's Theorem]]; the associated [[symmetry]] is that the laws of physics do not change under spatial translations (that is, the laws of physics are the same everywhere).
The third law states that momentum is always conserved. If one object imparts a momentum p<sub>0</sub> on another, the first object's momentum will change by -p<sub>0</sub>. This can be viewed as a consequence of [[Noether's Theorem]]; the associated [[symmetry]] is that the laws of physics do not change under spatial translations (that is, the laws of physics are the same everywhere).
[[category:physics]]