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    Macroscopically observable phenomena of gases can be desc... — Carmelics
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    Macroscopically observable phenomena of gases can be described in terms of microstates of systems of particles obeying Newtonian mechanics.

    CausationTruth & Knowledge
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    1 reason for
    2 reasons against

    Reasons For

    1 perspective
    Reason for
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    • 1.Bernoulli developed a kinetic theory of gases in which macroscopic phenomena are explained by particle-level mechanics.
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    • 2.Newtonian mechanics provides the laws governing the behavior of elementary particles.
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    Reasons Against

    2 perspectives
    Reason against 1 of 2
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    • 1.Thermodynamic irreversibility (entropy increase) cannot be derived from time-symmetric Newtonian mechanics without additional assumptions like Boltzmann's Stosszahlansatz.
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    • 2.The Loschmidt reversibility objection shows any microstate derivation of irreversible macro-phenomena requires non-mechanical statistical postulates.
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    • 3.Therefore, Newtonian mechanics alone is insufficient to fully describe macroscopic thermodynamic phenomena.
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    Reason against 2 of 2
    ?
    • 1.Quantum mechanical effects, such as quantum statistics governing fermions and bosons, are necessary to correctly describe gas behavior at low temperatures.
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    • 2.Classical Newtonian mechanics fails to predict phenomena like Bose-Einstein condensation and the specific heat anomalies explained only by quantum theory.
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    • 3.Thus, Newtonian mechanics provides only an approximation insufficient for a complete description of gas microstates.
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    Related

    Bernoulli developed a kinetic theory of gases in which macroscopic phenomena are...Classical Newtonian mechanics fails to predict phenomena like Bose-Einstein cond...Newtonian mechanics provides the laws governing the behavior of elementary parti...Quantum mechanical effects, such as quantum statistics governing fermions and bo...
    +4 moreShow less
    The Loschmidt reversibility objection shows any microstate derivation of irrever...Therefore, Newtonian mechanics alone is insufficient to fully describe macroscop...Thermodynamic irreversibility (entropy increase) cannot be derived from time-sym...Thus, Newtonian mechanics provides only an approximation insufficient for a comp...

    Similar

    Bernoulli developed a kinetic theory of gases in which macroscopic phe...78%Newtonian mechanics provides the laws governing the behavior of elemen...76%Quantum mechanics entails that determinism fails at the level of micro...74%Quantum theory and the behavior of microparticles is an empirical matt...74%

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    Galileo (1623) already had suggested that the analysis of phenomena like heat and pressure could be reduced to the study of movements of elementary particles. Within the empirical methodology this could be conceived as the question how the sensory experience of the secondary quality of heat of an object or a gas could be reduced to movements of particles. Bernoulli (Hydrodynamica published in 1738) was the first to develop a kinetic theory of gases in which macroscopically observable phenomena a
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    Details

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    Perspectives
    3 (1 for, 2 against)
    Edits
    1 edit