# Entropy demystified : the second law reduced to plain common sense /

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Author / Creator: | Ben-Naim, Arieh, 1934- |
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Edition: | Expanded ed. |

Imprint: | Singapore : World Scientific, ©2008. |

Description: | 1 online resource (xxix, 223 pages) : illustrations (some color) |

Language: | English |

Subject: | Entropy. Second law of thermodynamics. Entropy. Thermodynamics. Entropy. Thermodynamics. SCIENCE -- Mechanics -- Thermodynamics. Entropy. Second law of thermodynamics. Electronic books. Electronic books. |

Format: | E-Resource Book |

URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/11189427 |

**Table of Contents:**

- Preface; Programs for Simulating Some of the Games in the Book; Program 1: Binary dice; Program 2: Regular dice; Program 3: Card deck; Program 4: Simulation of expansion of ideal gas; Program 5: Simulation of mixing two ideal gases; Program 6: Find the hidden coin; Program 7: Generating the normal distribution; 1 Introduction, and a Short History of the Second Law of Thermodynamics; 1.1. The Non-Atomistic Formulation of the Second Law; 1.2. The Atomistic Formulation of the Second Law; 2 A Brief Introduction to Probability Theory, Information Theory, and all the Rest
- 2.1. The Classical Definition2.2. The Relative Frequency Definition; 2.3. Independent Events and Conditional Probability; 2.4. Three Caveats; 2.4.1. Conditional probability and subjective probability; 2.4.2. Conditional probability and cause and effect; 2.4.3. Conditional probability and joint probability; 2.5. A Teaspoon of Information Theory; 2.6. A Tip of a Teaspoon of Mathematics, Physics and Chemistry; 2.7. A Matter of Lottery; 2.8. A Matter of Order-Disorder; 2.9. A Challenging Problem; 2.10. Answers to the Problems; 2.10.1. Answers to the roulette problems
- 2.10.2. Answer to "a matter of lottery"2.10.3. Answer to "a matter of order-disorder"; 2.10.4. Answer to "a challenging problem"; 3 First Let Us Play with Real Dice; 3.1. One Die; 3.2. Two Dice; 3.3. Three Dice; 3.4. Four Dice and More; 4 Let's Play with Simpli.ed Dice and have a Preliminary Grasp of the Second Law; 4.1. Two Dice; N = 2; 4.2. Four Dice; N = 4; 4.3. Ten Dice; N = 10; 4.4. Hundred Dice; N = 100; 4.5. Thousand Dice; N = 1000; 4.6. Ten Thousand Dice; N = 104 and Beyond; 5 Experience the Second Law with all Your Five Senses; 5.1. See it with your Visual Sense
- 5.2. Smell it with your Olfactory Sense5.3. Taste it with your Gustatory Sense; 5.4. Hear it with your Auditory Sense; 5.5. Feel it with your Touch (Tactile) Sense; 6 Finally, Grasp it with Your Common Sense; 7 Translating from the Dice-World to the Real World; 7.1. The Correspondence with the Expansion Process; 7.2. The Correspondence with the Deassimilation Process; 7.3. Summary of the Evolution of the System towards the Equilibrium State; 7.4. Mixing of Three Components; 7.5. Heat Transfer from a Hot to a Cold Gas; 7.6. Test Your Understanding of the Second Law
- 8 Re.ections on the Status of the Second Law of Thermodynamics as a Law of Physics8.1. What is the Source of the Mystery?; 8.2. The Association of Entropy with "Disorder"; 8.3. The Association of Entropy with Missing Information; 8.4. Is the Second Law Intimately Associated with the Arrow of Time?; 8.5. Is the Second Law of Thermodynamics a Law of Physics?; 8.6. Can We Do Away with the Second Law?; References and Suggested Reading; Index