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Ecosystems and Energy

Ecosystems and Energy. Unit 2. What is ecology?. The study of the relationships between organisms and their environment Biotic factors = living factors; other organisms such as bacteria, plants, animals, fungi, etc.

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Chapter 15

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Ecosystems: What are they and how do they work?

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Part 1

Part 1. Carbohydrates. Bond energy. When bonds are broken, energy (E) is released for use. When bonds are made, energy (E) is stored. Glucose: A Monosaccharide. Fructose: A Monosaccharide. Sucrose: A Disaccharide. Carbohydrates. 1. Carbohydrates are: an important energy (E) source

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Cell Structure

Cell Structure. Organelles. Recall the Characteristics of Life. All Living things share the following: Cells Organization Energy use Homeostasis Growth/Development Reproduction. The Cell Theory.

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MAKE A NEW ENTRY TITLED- How Energy is Changed- 11/8

MAKE A NEW ENTRY TITLED- How Energy is Changed- 11/8 SHORT CHECKUP ON CELLULAR RESPIRATION AND ENERGY TRANSFORMATION ON WEDNESDAY QUIZ/TEST ON ALL FOOD FOR ANIMALS STUFF ON TUESDAY AFTER LONG WEEKEND (11/15). CELLULAR RESPIRATION CLIP RELEASING CHEMICAL ENERGY CLIP. Energy transformations.

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Cell Structure and Function

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Energy and complex systems

Energy and complex systems. Russ Abbott. Dynamical Systems: Attractors, Basins of Attraction, and Limit Cycles. These are mathematical objects . Change is simply assumed to occur. .

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D o e s

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Ecology

Ecology. Chapters 2-5. Ecology. Ecology - The study of the relationships and interactions among living organism Habitat - an area where an organism lives Niche - the role that an organism has in its environment. Limiting Factors. Biotic factors A. Any living limiting factor

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Photosynthesis

Photosynthesis. What are autotrophs? Why are they important?. ?. Energy for Life. AUTOTROPHS are organisms that can make their own food . Also called PRODUCERS . Ex. PLANTS, ALGAE. ?. Energy for Life. HETEROTROPHS are organisms that depend on other organisms for food .

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Chapter 9 - Part 1: The Overview

Chapter 9 - Part 1: The Overview. Principles of Energy Harvest. Organic + oxygen ? carbon + water + energy cmpds . dioxide C 6 H 12 O 6 + O 2 ? CO 2 + H 2 O + energy (ATP, heat).

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The Energy of Life

The Energy of Life. Energy is the ability to do work. Biological work that requires energy. Growing Moving Reproducing Maintaining and repairing damaged tissues. Forms of Energy. Energy exists in different forms: Chemical Radiant Mechanical Heat Electrical Nuclear. Potential Energy.

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TRAINING PRINCIPLES & PERIODIZATION

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TRAINING PRINCIPLES & PERIODIZATION

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Paul Butrico

Paul Butrico. POE, Block 4 A/C. Overview of the Field. A sect of engineering dealing with the industrial application of chemistry. Broken up into several subfields Catalyst and Reaction Engineering Computing Systems Technology Fuels and Petrochemicals Forest Bioproducts

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Solar Energy Debate

Solar Energy Debate. Speaker: Marissa. M Computer: Samantha Gray Group Members: Becky Svec, Stephanie Dunleavy . Questions for United States. What is the current US investment in Solar Power? What is the latest scientific advancement on solar cell technology?

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Potential & Kinetic Energy

Potential & Kinetic Energy. Energy. The ability to do work The ability to cause matter to move The ability to cause matter to change Measured in joules & calories. Types of Energy. Radiant (light, electromagnetic) Nuclear (atomic) Mechanical Heat (thermal) Sound Chemical

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