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Jurist, 2023
In the conditions of modernization of the socially significant foundations of the state, the creation of new institutions of economic support for certain categories of citizens in order to realize their constitutional rights, a special demand of society for various types and forms of charitable activities is being formed.
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In the conditions of modernization of the socially significant foundations of the state, the creation of new institutions of economic support for certain categories of citizens in order to realize their constitutional rights, a special demand of society for various types and forms of charitable activities is being formed.
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Zipf's law and entropy (Corresp.)
IEEE Transactions on Information Theory, 1974The estimate of the entropy of a language by assuming that the word probabilities follow Zipf's law is discussed briefly. Previous numerical results [3] on the vocabulary size implied by Zipf's law and entropy per word are corrected. The vocabulary size should be 12 366 words (not 8727 words) and the entropy per word 9.27 bits (not 11.82).
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The Third Law of Thermodynamics and the Fractional Entropies
Physics Letters, Section A: General, Atomic and Solid State Physics, 2016We consider the fractal calculus based Ubriaco and Machado entropies and investigate whether they conform to the third law of thermodynamics. The Ubriaco entropy satisfies the third law of thermodynamics in the interval 0 < q
G Baris Bağci
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The Law of Entropy and the Aging Process
Human Development, 2009The aging process is discussed in terms of the law of entropy, the natural tendency of systems to become increasingly disordered with time. Characteristics of low entropy systems are given as guidelines for increasing lifespan. Entropy, internal work on body, mass, and energy are analyzed in relation to the human system and its rate of deterioration ...
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Dance Research Journal, 1981
Have you ever wondered what distinguishes dance movement from random motion of the human body? To what degree is ordered or organized motion necessary for communication through dance? The Second Law of Thermodynamics deals with order and disorder, probabilities and tendencies, in physical systems.
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Have you ever wondered what distinguishes dance movement from random motion of the human body? To what degree is ordered or organized motion necessary for communication through dance? The Second Law of Thermodynamics deals with order and disorder, probabilities and tendencies, in physical systems.
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A Normal Law for the Plug-in Estimator of Entropy
IEEE Transactions on Information Theory, 2012This paper establishes a sufficient condition for the asymptotic normality of the plug-in estimator of Shannon's entropy defined on a countable alphabet. The sufficient condition covers a range of cases with countably infinite alphabets, for which no normality results were previously known.
Zhiyi Zhang 0003, Xing Zhang
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2018
Thanks to the second law, entropy is the concept by wich the arrow of time can be expressed. Irreversibility is defined as internal production of heat. Work by compression of a gas is analysed for both reversible and irreversible processes, making obvious the difference between the internal pressure, which is the conjugate of the volume, and the ...
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Thanks to the second law, entropy is the concept by wich the arrow of time can be expressed. Irreversibility is defined as internal production of heat. Work by compression of a gas is analysed for both reversible and irreversible processes, making obvious the difference between the internal pressure, which is the conjugate of the volume, and the ...
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2000
A MACROSCOPIC SYSTEM OF GIVEN COMPOSITION is made up of a very large number of molecules, atoms, radicals, and/or ions. The internal energy of the system is associated with random chaotic movements of these particles. Throughout a uniform region, the Kelvin temperature is proportional to the average kinetic energy in a classically excited degree of ...
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A MACROSCOPIC SYSTEM OF GIVEN COMPOSITION is made up of a very large number of molecules, atoms, radicals, and/or ions. The internal energy of the system is associated with random chaotic movements of these particles. Throughout a uniform region, the Kelvin temperature is proportional to the average kinetic energy in a classically excited degree of ...
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