Maritime Technology 1 Essay Example | Topics and Well Written Essays - 1500 words

Maritime Technology 1 - Essay ExampleThis physical quantity has been associated with randomness by Boltzmann who believes that in a control system, the disorder that is produced is rattling entropy. On the other hand, Shannon considers positive information that is produced in message transmission as entropy. Conversely, there is one more interpretation given over to the term which is very much opposite to the former. Brillouin associates entropy with deficiency of information. This can in like manner be introduced as uncertainty and doubt and something which can non be predicted. Ignorance is also one part of the mentioned interpretation of Brillouin. In addition, finally, there are some authors and theorists who consider freedom as entropy freedom to evolve from one state to the other (Brissaud, pp. 69-70, 2005). Entropy is, basically, a fundamental and core value of modern physics that could be easily linked with different areas like metaphysics, biology and make up economy. For these reasons, every interpretation and explanation of the term has its own importance in these diverse fields and they should be made to use in order to remove more about the phenomenon. Let the paper analyse each interpretation separately. When they say that entropy is the disorder, it means that when heat is produced in a unlikable system, the molecules blow molecules would, automatically, move randomly in any position. This would create more work and energy in the system than the energy which was initially present. This chaos and disrupt is termed as entropy. Moreover, considering the second and third interpretations, the lack of information, actually, refers to uncertainty and indefiniteness. An outsider can never predict where and how the gas molecules would spread when heat energy is produced in a closed(a) system. This tendency of not being able to predict the present and future positions of molecules makes entropy associated with uncertainty and lack of information. However, for the same closed system, considering it from the inside, the movement and change is actually an information which is referred to as positive and beneficial adding up to the knowledge. Likewise, the gas molecules have maximum freedom to move rapidly in whatever directions, which increases with time (Brissaud, pp. 70, 2005). However, umteen theorists and authors disagree with the association of entropy with disorder. These theorists claim that the fermenting is more a result of temperature than of entropy as a whole. This confusion exists because of the reason that all these deuce-ace quantities and values are closely in connection with each other. high temperature, temperature, and entropy have so close relations that the source of disorder and agitation is not observable clearly and precisely. When defined accurately, temperature, according to the modern and classical thermodynamics, is the value given to the molecular agitation that happens after heat is produced i n a closed area. Furthermore, heat is termed as the disordered energy creating the chaos. Therefore, these three core principles in thermodynamics are closely linked with one another and are the source of the concepts of agitation and disorder that are associated with entropy (Brissaud, pp. 82, 2005). Thus, temperature is the real phenomenon associated to chaos and disorder since low temperature systems are always said to under order and less agitated. This is the reasons theorists disagree with that interpretation. Heat production and the