Art and Science Newton’s Third Law: Action = Reaction

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Art and Science Newton’s Third Law: Action = Reaction

Journal Title: Biomedical Journal of Scientific & Technical Research (BJSTR) - Year 2017, Vol 1, Issue 2

Abstract

Newton’s Third Law has been active in the universe as from its creation although it was stated by him only in 1687. Isaac Newton, an English natural philosopher and the most original and influential thinker in the history of science was born on 1642 and died in 1727. His three laws of motion and the law of universal gravitation, which were the keystone of the scientific revolution in the 17th century, made it possible to design airplanes, spaceships and satellites, etc. The third law states that when one body exerts a force on the other body, then the second body exerts a force equal in magnitude and opposite in direction on the first body, namely, action = reaction. According to Newton, forces always appear in pairs where each force acts on the other body. Mathematically the law is expressed by F12 = F21 where F designates force, 1 designates object 1 and 2 is object 2 where F12 is the force exerted by body 1 on body 2 and similarly F21. We usually do not pay attention to the fact that the 3rd Law is active in “every corner,” and that every time we interact with our surroundings we feel the law. For example, when you punch someone in the face, your hand not only applies a force to the person’s face; the person’s face applies a force to your hand. Since the person’s face is softer than your hand, it suffers more from the interaction. When we press our lips one against the other we feel some pain in both lips because of the force that is exerted. When we stand on the floor we feel our weight (the action) due only to the reaction of the floor on our legs. Sprinters usually apply some force with their legs on slanted objects. The reacting force of the object, according to Newton’s Second Law, provides an initial acceleration to the sprinter, which is proportional to his mass. The Third Law is very important for space travel. In the cold void of space there is no air for jets to suck or for propellers to churn, and yet spaceships can maneuver in a vacuum. How do they do it? The engines propel gas particles out the back of the spaceship. Since every force has an equal and opposite reaction force, the spaceship will be propelled forwards. Because of Newton’s 1st Law, spaceships do not need very much fuel since once they are moving they will stay in motion because friction, the opposing force, is negligible. In the following we demonstrate the law by different artworks. (Figure 1) [1] Is a statue of Newton made by the sculptor Louis François Roubiliac in 1775. His body weight creates a force, action, which is transferred to the floor through the shoes. Consequently the floor creates an opposite force, reaction, on his shoes, which is transferred to the legs and thus is felt by Newton’s body. (Figure 2) [2] Is a sculpture constructed by Dudu Geva (1950-2005), Israeli most famous caricaturist. The sculpture is of David Ben-Gurion (1886-1973), Zionist leader, founder of the state of Israel and Israel’s first and longest-serving Prime Minister. Here the weight of Ben- Gurion that creates force, action, is transferred to the flour through the head where the reaction is created by the flour and acts on the head. (Figure 3) [3] Painted by the Swedish artist Eugene Fredrik Janssen (1862-1915) demonstrates a man pushing weights with his two arms. Here the weights create the action on his two palms where the later create the reaction on the weights. (Figure 4) [4] Was painted by Rafal Olbinski (1945), a Polish poster designer and painter. Here action = reaction is created by the surrealistic press of the two hands. Olbinski also painted (Figure 5). It demonstrates all places in the body indicated by the arrows where the 3rd Law is active where the leaning face on the palm is an additional place. (Figure 6) is a demonstration of the musician Rahsaan [5] with his nose flute. Here the flute is pressing on the nose where the reaction is the pressing of the nose on the flute. Playing the piano is an additional situation where Newton’s 3rd Law is very active where all the fingers are continuously pushing the piano keys, namely, creating an action. Consequently the keys create force on the fingers, the reaction. (Figure 7) [6] Demonstrates the law by the artwork “Piano Man” of the American artist Justin Bua (1968), a graffiti artist whose artworks are provocative and universally embraced. (Figure 8) [7] Demonstrates an artwork of a missile attack painted by the American artist Edward L. Cooper (1931). The jet airplane that pushes gas backward moves forwards due to the opposite force that the gas activate. (Figure 9) [8] Is an artwork of Fernando Botero (1932), Colombian whose artworks are characterized by voluptuous figures. Here the weight of the dancing couple creates force on the flour and consequently the flour creates an opposite force due to the 3rd Law. The latter applies also in the man’s hand holding the hand of the woman. So far the 3rd Law was described by examples where the equality action = reaction has been quantitatively correct.

Authors and Affiliations

Abraham Tamir

Keywords

Biomedical Research Biomedres Open access publishers Peer reviewed journals Special issues Biomedres â€“ ebook publishers Biomedres â€“ video publishers Biomedical Journal of Scientific & Technical Research International academic journals Open access medical and clinical research publication The Complex world of Bio-Medical Sciences Health Sciences and Bio informatics Physical Activity and Computational Biology Life Sciences in relation with Technical Advancement Special issue publishers Effective Publishers Trendy online Publishers Popular online Publishers Biomedical Research papers publishers Biomedical sciences and Technical papers repository Online Publishers

EP ID EP567045
DOI 10.26717/BJSTR.2017.01.000176
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