Galileo's controlled revolution was that he extracted, preoccupied, and grasped only the main aspects of the subject phenomenon. And he made acquainted an analytic pattern to science that typifies modern thinking that focuses on the 'in what way or manner', the quantitative connection between variables, away from the devote effort to something 'why' in old Greek thinking. Our research aims to investigate Galileo's method for building a concept through thinking experiments. The following research questions are presented for this study's purpose, focusing on lifelessness, which is deliberate to be his most meaningful discovery. The following research questions were grown with an emphasis on lifelessness, the area at which point he made his most prominent discovery. It is now likely to calculate the standards of motion of things using functions momentary. In this respect, mathematical earlier a decisive variable in making mathematisation of humankind practical. The room for absolute time, that is a mathematical occasion, can be geometrically defined cause, according to theory that matter is made up of atoms, vacuum exists middle from two points an atom and an object calm of atoms or between objects, ignoring determinants that interfere with motion, in the way that friction. Thought experiments, which were smooth to perform concurrently with an activity than laboratory experiments, were used to justify this numerical abstraction plan.
Author(s) Details:
Jun-Young Oh,
Education Research Institute, Seoul National
University, South Korea.
Hyesook
Han,
Institute
of Curricula and Education, Dankook University, Jukjeon, South Korea.
Eun-Ju Lee,
Dankook University, Jukjeon, South Korea.
Please see the link here: https://stm.bookpi.org/RHST-V4/article/view/10916
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