'Energy expended' diaporamas de présentation

Special topics Topic 3:

Special topics Topic 3:. Energy Balance and Body Composition Reference: understanding normal and clinical nutrition, 9 th edition,2012, chapter8.

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Newcastle University

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Proteins

Proteins. Sources of proteins Proteins are assembled from a pool of 20 different amino acids The body synthesizes amino acids from other compounds in the body Only about half of the necessary types of amino acids can be produced by the body Essential amino acids must be supplied through diet

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Bicycle Energy Measurement System

Bicycle Energy Measurement System. Exigo Technologies Denis Dmitriev Mimi Wu. Overview. Introduction Purpose BEMS Market Timeline & Budget Conclusion. Introduction. Exigo Technologies CEO & COO Denis Dmitriev CFO Mimi Wu. Purpose . Problem

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Weight Management: Finding a Healthy Balance

Weight Management: Finding a Healthy Balance. Chapter 11. Objectives. To discuss the differences between overweight and obesity and implications for health To present the concept of caloric balance in weight control

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Sport and physical activities are the best diet!

Sport and physical activities are the best diet!. A body of the normal man is in the 60% locomotor system :. - bones, cartilage,joints. - muscles, tendons,ligaments. We were created for the movement!.

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Exercise and Metabolism Energy

Exercise and Metabolism Energy. Learning Objectives. Explain that food energy comes from lipids, proteins and carbohydrates Explain how the potential energy in food is used to synthesise ATP State that energy is measured in kilojoules (kJ)

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Biology presentation

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BCHM2072/2972

BCHM2072/2972. 2004 THEORY PAPER MCQs Qs 11 - 20. 11. ALL the facts listed below are features of the electron transport chain. Which feature is NOT RELEVANT to the process of proton pumping from the mitochondrial matrix?.

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So, how do we create current?

So, how do we create current?. When two materials of opposite charge are connected by a conductor, the charges travel from one material to the other. Coulomb: Unit of charge. Equal to the amount of charge on 6.24*10^18 electrons. Or, the number of electrons in ~25microns of wire. [10^(-6)]m (C)

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Energy & Power Units

Energy & Power Units. Energy has units Joule (J) Rate of energy expended per unit time is called power, and has units Watt (W) Example: a 100 W = 100 J/s light bulb emits 100 J of energy every second Nutritional Value: energy your body gets out of food, measured in Calories = 1000 cal = 4200 J.

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