Question about thermodynamics: Ancient Egyptian ruins are slowly falling apart b

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Question about thermodynamics: Ancient Egyptian ruins are slowly falling apart because of: A) the first law of thermodynamics B) the second law of thermodynamics C) entropy D) potential energy AB) A & B only BC) B & C only CD) C & D only Question about thermodynamics: Ancient Egyptian ruins are slowly falling apart because of: A) the first law of thermodynamics B) the second law of thermodynamics C) entropy D) potential energy AB) A & B only BC) B & C only CD) C & D only Ancient Egyptian ruins are slowly falling apart because of: A) the first law of thermodynamics B) the second law of thermodynamics C) entropy D) potential energy AB) A & B only BC) B & C only CD) C & D only

Explanation / Answer

B) B & C only --answer

The second law of thermodynamics is a general guideline which places imperatives upon the bearing of warmth exchange and the feasible efficiencies of warmth motors. In this manner, it goes past the impediments forced by the principal law of thermodynamics.

entropy (regular image S) is a measure of the quantity of minuscule designs that compare to a thermodynamic framework in a state indicated by certain naturally visible factors. In particular, expecting that each of the minuscule arrangements is similarly likely, the entropy of the framework is the normal logarithm of that number of setups, increased by the Boltzmann consistent kB (which gives consistency the first thermodynamic idea of entropy talked about underneath, and gives entropy the measurement of vitality partitioned by temperature).

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