| 1. | In Newtonian mechanics, the equations of motion are given by Newton's laws.
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| 2. | By contrast, in Newtonian mechanics, gravity is assumed to be a force.
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| 3. | In Newtonian mechanics, gravity provides the centripetal force responsible for astronomical orbits.
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| 4. | The above equations are valid for both Newtonian mechanics and special relativity.
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| 5. | No new physics is introduced in Lagrangian mechanics compared to Newtonian mechanics.
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| 6. | The equations of Newtonian mechanics can exhibit sensitive dependence on initial conditions.
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| 7. | Newtonian mechanics defines power as torque multiplied by the rotational speed.
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| 8. | In the special theory of relativity Newtonian mechanics is modified into relativistic mechanics.
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| 9. | For a general discussion including mass in Newtonian mechanics, see the article on mass.
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| 10. | Equipartition was used above to derive the classical ideal gas law from Newtonian mechanics.
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