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If you read all of this your awesome 👇 Motion The meanings and functions of Newton’s original form of laws of motion changed significantly over time. Three stages of the historical development are compared, i.e. (1) prior to the Principia, (2) the final version of the Principia, and (3) a modern view, which is the result of modifications made during the 18th - 19th centuries.[1] Topics of Newton’s 1st Law (NFL), inertia, force, and Newton’s 2nd Law (NSL), are discussed in sequence following the three stages. Quotes from the literature are supplied to illustrate the meanings of the key terms/concepts. Prior to the Principia As noted by Westfall (1980, p.152), The laws of motion as Newton understood them in the 1660s differed sharply, however, from the laws of motion he pronounced in the Principia (H1).[2] 1. Newton’s 1st Law and inertia Newton’s 1st Law (NFL) is also known as the Law of Inertia. The statements about NFL found in Newton’s early publication and adapting Galileo’s idea, are translated as, ‘By its innate force every body perseveres in its state of resting or of moving uniformly unless it is compelled to change that state by impressed force… this uniform motion is of two sorts, progressive motion in a right line…and circular motion (Westfall, 1971, p.454) (H2).’ The idea of “innate force” was elaborated as an inherent motive force (impetus) of moving objects, and was referred to as inertia, based on ‘a basic characteristic of matter which we call inertia, … Newton calls materiae vis insita or vis inertiae, or even impetus (Dellian, 1998, p. 228) (H3).’ At this stage, Newton’s ideas regarding NFL and inertia can be summarized as follows: (1) Newton adopted Galileo’s idea of inertia, and referred to it as “innate motive force”, serving as the cause of motion. However, Newton shifted from Galileo’s understanding of inertia as the cause of maintaining circular motion, to the tendency of moving linearly. The Law of Inertia, initiated by Galileo, was based on an idealized “thought experiment” rather than empirical evidence (Schecker, 1992). (2) When innate force (of impetus) was initiated (by Galileo), Aristotle’s notion of motion needing external force was abandoned, which was a crucial mediation to the modern concept of motion (Clement, 1982). (3) The cause of motion was altered from external force to innate force. (4) Newton viewed NFL as applicable to both uniform linear and circular motion. In the following stages, the functional link between inertia and NFL, the embracing of innate motive force, and the application of NFL to circular motion were overruled, along with the refining of force. 2. Force In the 1660s, Newton embraced the idea of centrifugal force in order to explain circular motion as “the state of equilibrium” i.e. fulfilling NFL. For example, ‘Newton in the 1660s, like Descartes before him, treated circular motion as a state of equilibrium between opposing forces (Westfall, 1980, p.154) (H4).’ The opposing forces referred to the balance between centripetal force (due to gravity) and centrifugal force. Therefore, Newton regarded force as both caused by external agents (e.g., gravity) and an inherent entity (i.e., impetus in linear motion, and centrifugal force in circular motion). Newton struggled with the intuitive ideas of innate forces for 20 years before he abandoned them (Steinberg et. al., 1990).