'3 energy' diaporamas de présentation

ENERGY (Chapter 6)

559 views • 50 slides

Soil Biogeochemical Cycles

381 views • 38 slides

Chapter 13: Energy Flow and Power

Chapter 13: Energy Flow and Power. 13.1 Harmonic Motion 13.2 Why Things Oscillate 13.3 Resonance and Energy. Chapter 13 Objectives. Identify characteristics of harmonic motion, such as cycles, frequency, and amplitude.

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Chapter 13: Energy Flow and Power

Chapter 13: Energy Flow and Power. 13.1 Harmonic Motion 13.2 Why Things Oscillate 13.3 Resonance and Energy. Chapter 13 Objectives. Identify characteristics of harmonic motion, such as cycles, frequency, and amplitude.

312 views • 31 slides

Dolphin

Dolphin. Bacteria. Lion. Aye-aye. Tree. Chimp (with gun). Moss. Amoeba. Fungi. Tarsier. Frilled Neck Lizard. Hamster (alcoholic). Hagfish. Proboscis Monkey. Venus Fly Trap. Venus Fly Trap. Platypus. Yeti Crab. Squirrel. Brainstorm Characteristics.

386 views • 23 slides

Terrestial Locomotion Requires a balance between (1) displacement, (2) robustness,

Evolutionary Robotics. Chapter 1: The Best Way to Travel 1 1.1. Fitness 1 1.2. Speed 2 1.3. Acceleration and Maneuverability 2 1.4. Endurance 4 1.5. Economy of Energy 7 1.6. Stability 8 1.7. Compromises 9 1.8. Constraints 9 1.9. Optimization Theory 10 1.10. Gaits 12

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Cellular Respiration

AP BIO Cellular Respiration Notes

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ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

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ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

256 views • 13 slides

ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

211 views • 13 slides

ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

196 views • 13 slides

ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

139 views • 13 slides

ATP

Making energy!. ATP. The point is to make ATP !. The energy needs of life. Organisms are endergonic systems What do we need energy for? synthesis building biomolecules reproduction movement active transport temperature regulation. Where do we get the energy from?.

231 views • 11 slides

Energy Forms and Sources

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ATP

Making energy!. ATP. The point is to make ATP !. Where do we get the energy from?. Work of life is done by energy coupling use exergonic (catabolic) reactions to fuel endergonic (anabolic) reactions. digestion. energy. +. +. synthesis. energy. +. +. Living economy.

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Kentucky Energy Efficiency Program for Schools KEEPS Energy Management Toolkit

Step 1 Make the Commitment Toolkit 1 a Develop an Energy Policy Facilitator Orientation. Kentucky Energy Efficiency Program for Schools KEEPS Energy Management Toolkit. 7-Step Energy Management Process. Make the Commitment Assess Performance and Opportunities Set Performance Goals

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