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Passive vs. Active transport.mp4.download/Passive vs. Active transport.mp4 __MACOSX/Passive vs. Active transport.mp4.download/._Passive vs. Active transport.mp4 Passive vs. Active transport.mp4.download/Info.plist __MACOSX/Passive vs. Active transport.mp4.download/._Info.plist Chapter 7: Energy and Metabolism © Cengage Learning 2015 SOLOMON • MARTIN • MARTIN • BERG BIOLOGY tenth edition 1 Energy Conversion Cells obtain energy in many forms, and have mechanisms that convert energy from one form to another Radiant energy is the ultimate source of energy for life Photosynthetic organisms capture about 0.02% of the sun’s energy that reaches Earth, and convert it to chemical energy in bonds of organic molecules © Cengage Learning 2015 7.1 Biological Work Matter: anything that has mass and takes up space Energy: the capacity to do work (change in state or motion of matter) Expressed in units of work (kilojoules, kJ) or units of heat energy (kilocalories, kcal) 1 kcal = 4.184 kJ © Cengage Learning 2015 Potential Energy and Kinetic Energy Potential energy: capacity to do work as a result of position or state Kinetic energy: energy of motion is used, work is performed POTENTIAL Energy of position KINETIC Energy of motion © Cengage Learning 2015 Figure 7-1 Potential versus kinetic energy The potential chemical energy released by cellular respiration is converted to kinetic energy in the muscles, which do the work of drawing the bow. The potential energy stored in the drawn bow is transformed into kinetic energy as the bowstring pushes the arrow toward its target. 4 Organisms Carry Out Conversions Between Potential/Kinetic Energy Most actions involve a series of energy transformations that occur as kinetic energy is converted to potential energy – or potential energy to kinetic energy Chemical energy: potential energy stored in chemical bonds Example: Chemical energy of food molecules is converted to mechanical energy in muscle cells © Cengage Learning 2015 7.2 The Laws of Thermodynamics Thermodynamics governs all activities of the universe, from cells to stars Biological systems are open systems that exchange energy with their surroundings Closed system Closed system Surroundings Surroundings © Cengage Learning 2015 Figure 7-2 Closed and open systems A closed system does not exchange energy with its surroundings. (b) An open system exchanges energy with its surroundings. 6 The First Law of Thermodynamics Energy cannot be created or destroyed Energy can be transferred or converted from one form to another, including conversions between matter and energy The energy of any system plus its surroundings is constant Organisms must capture energy from the environment and transform it to a form that can be used for biological work © Cengage Learning 2015 The Second Law of Thermodynamics When energy is converted from one form to another, some usable energy (energy available to do work) is converted into heat that disperses in ...
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Chapter 7: Energy and Metabolism © Cengage Learning 2015 SOLOMON • MARTIN • MARTIN • BERG BIOLOGY tenth edition 1 Energy Conversion Cells obtain energy in many forms, and have mechanisms that convert energy from one form to another Radiant energy is the ultimate source of energy for life Photosynthetic organisms capture about 0.02% of the sun’s energy that reaches Earth, and convert it to chemical energy in bonds of organic molecules © Cengage Learning 2015 7.1 Biological Work Matter: anything that has mass and takes up space Energy: the capacity to do work (change in state or motion of matter) Expressed in units of work (kilojoules, kJ) or units of heat energy (kilocalories, kcal) 1 kcal = 4.184 kJ © Cengage Learning 2015 Potential Energy and Kinetic Energy Potential energy: capacity to do work as a result of position or state Kinetic energy: energy of motion is used, work is performed POTENTIAL Energy of position KINETIC Energy of motion © Cengage Learning 2015 Figure 7-1 Potential versus kinetic energy The potential chemical energy released by cellular respiration is converted to kinetic energy in the muscles, which do the work of drawing the bow. The potential energy stored in the drawn bow is transformed into kinetic energy as the bowstring pushes the arrow toward its target. 4 Organisms Carry Out Conversions Between Potential/Kinetic Energy Most actions involve a series of energy transformations that occur as kinetic energy is converted to potential energy – or potential energy to kinetic energy Chemical energy: potential energy stored in chemical bonds Example: Chemical energy of food molecules is converted to mechanical energy in muscle cells © Cengage Learning 2015 7.2 The Laws of Thermodynamics Thermodynamics governs all activities of the universe, from cells to stars Biological systems are open systems that exchange energy with their surroundings Closed system Closed system Surroundings Surroundings © Cengage Learning 2015 Figure 7-2 Closed and open systems A closed system does not exchange energy with its surroundings. (b) An open system exchanges energy with its surroundings. 6 The First Law of Thermodynamics Energy cannot be created or destroyed Energy can be transferred or converted from one form to another, including conversions between matter and energy The energy of any system plus its surroundings is constant Organisms must capture energy from the environment and transform it to a form that can be used for biological work © Cengage Learning 2015 The Second Law of Thermodynamics When energy is converted from one form to another, some usable energy (energy available to do work) is converted into heat that disperses into the surroundings As a result, the amount of usable energy available to do work in the universe decreases over time Heat: the kinetic energy of randomly moving particles © Cengage Learning 2015 Entropy The measure of the disorder or randomness of energy Organized, usable energy ...
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