HONR 1033 Lecture Notes - Lecture 2: Photorhabdus Luminescens, Cellular Respiration, Endergonic Reaction

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2. thermal- associated with random movement, the transfer of energy from one to. 4. chemical-bio, potential energy that is released when bonds are broken so that cell can function, enables function. 1. composed of both catabolic (destructive, release energy, glycogen) and. 1. the first law of thermodynamics- energy can be transferred and transformed, 2. second law- every energy transfer or transformation increases the entropy. 1. free energy is the portion of a system"s energy that can perform work when temp and pressure are uniform throughout the system (as in a living cell) 2. more free energy: lower g, less stable, great work capacity. 3. free energy decreases- value of g is less, more stable, released energy. D. free energy and stability can be harnessed process. 2less free energy-lower g, more stable, released energy can be harnessed. 1. exergonic reactions: energy released, spontaneous: high energy of reactants. 2. endergonic reactions: energy required, nonspontaneous: building of glucose. 1. types of work: chemical work: red blood cells diffusing oxygen.

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