Book report and its studies
Introduction
This work presents a story about the studies that have been carried out from the phenomenon of the fall of the bodies, from the first studies made by Aristotle to the Law of Free Fall raised by Galileo, through the criticisms made by the specialists toThe explanations given by the Greek philosopher, as well as the theories that they raised as alternatives to the Aristotelians for the phenomenon of the fall.
Thus there are also the studies carried out by medieval scholars and, subsequently, Galileo’s immediate predecessors on this phenomenon. The fundamental importance of Archimedes’s work on the Galeana work is pointed out. In the same way, the fundamental notions of space, time and movement that underlie the corresponding theories are analyzed.
Developing
The image of Galileo Galilea is presented releasing heavy bodies from the top of the inclined tower of Pisa and its connotation in the history of the development of scientific ideas, even when strictly said image is a myth. Recognize different problems that may arise from free fall through a practical and simple way, in order to distinguish its importance in necessary situations of life.
- Describe free fall and launch as a special case
- Identify the convenient formula for the calculation of the acceleration of gravity and speed when an object is launched and originates a vertical launch.
- Check with the experiment that the acceleration of gravity does not vary much, since it is thrown vertically.
This work presents a story about the studies that have been carried out from the phenomenon of the fall of the bodies, from the first studies made by Aristotle to the Law of Free Fall raised by Galileo, through the criticisms made by the specialists toThe explanations given by the Greek philosopher, as well as the theories that they raised as alternatives to the Aristotelians for the phenomenon of the fall. Thus there are also the studies carried out by medieval scholars and, subsequently, Galileo’s immediate predecessors on this phenomenon.
The fundamental importance of Archimedes’s work on Galilea’s work is pointed out. In the same way, the fundamental notions of space, time and movement that underlie the corresponding theories are analyzed. Finally, the image of Galileo Galilea is presented by releasing heavy bodies from the top of the inclined tower of Pisa and its connotation in the history of the development of scientific ideas, even when in the strict sense this image is a myth. All those objects that are thrown down or upwards, fall freely once they are released and experience the acceleration of gravity directed down, as well as those that are dropped freely.
The body will have delayed movement uploading to a certain height where the speed reaches zero, that will be its maximum height, which achieves in a certain time called maximum time. From there begins a free fall movement. It is also considered a vertical launch movement up when it drops from a body that is ascending. The speed of the body that is dropped is the initial speed of the body that is ascending at that moment.
conclusion
We conclude that the descending vertical shootapproximate height knowing either its initial speed in the case of a free fall movement, and in the case of a vertical shot up its final speed.
Use carefully and responsibility the instruments provided so that it does not cause major damage, it is also recommended to carry out the experiment in a wide space to avoid some inconveniences. Physics is a matter of several structures which we must know the formulas to be able to solve any type of exercise either oral or written
Bibliography
- 1. Aristotle, Physics, Book IV, Cap. 8. You can consult The Works of Aristotle Translatered into English, 12 vols (vol 1), ed. J. A. Smith & W. D. Ross, Oxford University Press, Oxford (1957-8).
- two. Aristotle, about heaven. You can consult G. AND. R. Lloyd, from such to Aristotle, Eudeba, Buenos Aires (1977) Cap. VIII.
- 3. W. K. C. Guthrie, Greek philosophers. From such to Aristotle, 2nd. Edition, Economic Culture Fund, Mexico (1994) P. 137.
- 4. C. Crombie, History of Science: from San Agustín to Galileo, 2 vols. (vol. II), Editorial Alliance, Madrid (1976) P. 56.
- 5. Lionard de Vinci’s manuscripts. Published by ch. Ravaisson Mollien, MS. From the librab. 44, Paris (1890). Cited in a. Koyre, Galilean Studies, 2nd. Edition, 21st century editors, s. A., Mexico (1981) P.85.
- 6. CF. P. Duhem, Etudes Sur Leonard de Vinci, Vol III, Paris (1913) P. 514.
- 7. G. Galilei, considerations and demonstrations about two new sciences, first day, 2nd. Edition, National Editor, Madrid (1981) P. 161.
- 8. CF. G. Boido, News from Planet Earth. Galileo Galilei and the scientific revolution, 3rd. Edition, A-Z Editora, Buenos Aires (1998) P. 85.
Leave feedback