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Entropy

Entropy: Why Life Always Seems to Get More Complicated

Subject: 
Psychology
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Physics
Continuum mechanics
Mechanics
State functions
Philosophy of thermal and statistical physics
Entropy
Second law of thermodynamics
Introduction to entropy
Entropy and life

9/30/2018 Entropy: Why Life Always Seems to Get More Complicated https://jamesclear.com/entropy 1/11 JAMES CLEAR Entropy: Why Life Always Seems to Get More Complicated by James Clear (staging.jamesclear.com/about)????| ???? Mental Models (https://jamesclear.com/mental-models) Murphy's Law states, ?Anything that can go wrong, will go wrong.? This pithy statement references the annoying tendency of life to cause trouble and make things difficult. Problems seem to arise naturally on their own, while solutions always require our attention, energy, and effort. Life never seems to just work itself out for us. If anything, our lives become more complicated and gradually decline into disorder rather than remaining simple and structured. Why is that?

5.1: Energy and World of Life Notes

Subject: 
Biology
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Chemistry
Nature
Physics
Thermochemistry
State functions
Energy
Chemical reaction
Endergonic reaction
Chemical energy
Exergonic process
Entropy
Forms of energy

Kavya Immanni Mrs.Rothfuss Honors Biology I / 3B 2, February 2017 5:1 Energy and the World of Life Notes I. Energy Disperses A. First law of thermodynamics:? Energy cannot be created or destroyed B. Energy can be converted into different forms C. Potential energy:? capacity to cause change because of where an object is located or how parts are arranged 1. Example: ATP has P.E. because of the chemical bonds that hold its atoms in certain arrangements. In muscle cells, the chemical energy of ATP is transferred to myosin. ATP is converted to kinetic energy D. Kinetic Energy: ?energy of motion E. Energy tends to disperse spontaneously, each form of energy disperses until no part of a system holds more energy than it

Reactions and Enzymes

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Biology
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Thermodynamics
Chemical thermodynamics
Chemistry
Physics
State functions
Thermochemistry
Endergonic
Exergonic reaction
Exergonic
Energy
Entropy

Endergonic and exergonic | Back to Top Energy releasing processes, ones that "generate" energy, are termed exergonic reactions. Reactions that require energy to initiate the reaction are known as endergonic reactions. All natural processes tend to proceed in such a direction that the disorder or randomness of the universe increases (the second law of thermodynamics). Time-energy graphs of an exergonic reaction (top) and endergonic reaction (bottom). Images from Purves et al., Life: The Science of Biology, 4th Edition, by Sinauer Associates (www.sinauer.com) and WH Freeman (www.whfreeman.com), used with permission. Oxidation/Reduction | Back to Top
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