c. Carbon dioxide a. Aerotrophs. d. Chemoaerotrophs g. Enzymes j. Lithoautotrophs. m. Micronutrients. b. Autotrophs e. Chemoautotrophs h. Essential nutrients. k. Macronutrients n. Nutritional supplements q. Photoautotrophs t. feeding level f. Co-factors i. Heterotrophs I. Metabolic level o. Organic molecules r. Photoheterotrophs u. Trophism p. Organoheterotrophs s. Photometotrophs Nutrition is an important area of study for living things. Some substances are needed in large amounts, and they are referred to as [1]. Some are needed in minute amounts, and we call those [2]. They usually act as [3] in biochemical reactions. Substances that cannot be made by an organism are referred to as [4]. The word [5] is the scientific term that defines a level at which an organism feeds in the environment. There are two main terms associated with these levels: [6] are organisms that use inorganic (7] as a carbon source, and [8] are organisms that must get their carbon in the form of [9]. These can be further subdivided into the following groups: • [10] are organisms that use plant and animal matter to get hydrogen and electrons • Some organisms participate in breaking down parent rock materials to form soils, and we call them [11]. • [12] are organisms that use carbon dioxide as a carbon source and sunlight as an energy source • Others, like methanogens, use simple organics as energy sources and CO2 as carbon source, and we call them [13]. • [14] are organisms that use simple organics as energy sources and CO2 as carbon source and MAY be able to use light to supplement their energy supplies,
c. Carbon dioxide a. Aerotrophs. d. Chemoaerotrophs g. Enzymes j. Lithoautotrophs. m. Micronutrients. b. Autotrophs e. Chemoautotrophs h. Essential nutrients. k. Macronutrients n. Nutritional supplements q. Photoautotrophs t. feeding level f. Co-factors i. Heterotrophs I. Metabolic level o. Organic molecules r. Photoheterotrophs u. Trophism p. Organoheterotrophs s. Photometotrophs Nutrition is an important area of study for living things. Some substances are needed in large amounts, and they are referred to as [1]. Some are needed in minute amounts, and we call those [2]. They usually act as [3] in biochemical reactions. Substances that cannot be made by an organism are referred to as [4]. The word [5] is the scientific term that defines a level at which an organism feeds in the environment. There are two main terms associated with these levels: [6] are organisms that use inorganic (7] as a carbon source, and [8] are organisms that must get their carbon in the form of [9]. These can be further subdivided into the following groups: • [10] are organisms that use plant and animal matter to get hydrogen and electrons • Some organisms participate in breaking down parent rock materials to form soils, and we call them [11]. • [12] are organisms that use carbon dioxide as a carbon source and sunlight as an energy source • Others, like methanogens, use simple organics as energy sources and CO2 as carbon source, and we call them [13]. • [14] are organisms that use simple organics as energy sources and CO2 as carbon source and MAY be able to use light to supplement their energy supplies,
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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