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Aerobic respiration is the most efficient form of metabolic energy production because it uses oxygen as a terminal electron acceptor. By combining hydrogen from carbohydrates with oxygen the organism maximizes its ΔE0' meaning that the use of oxygen provides the most amount of energy in comparison with other terminal electron acceptors such as nitrate or iron.
it is useful in making a large amount of atp(cellular energy)(36 made in aerobic) and utilizable products after aerobic/anaerobic respiration
Aerobic respiration will be stopped. Body will not get enough energy
In an aerobic organism, ATP molecules are produced by the mitochondria through a process called oxidative phosphorylation
Yes. Aerobic and anaerobic deal with how the organism converts its food into useful energy. Chemosynthetic deals with how the organism gets the food to begin with. Thus, the bacterium can make the food chemosynthetically and then convert it to useable energy aerobically. If you're using this for Biology 1 or 2.. Shame on you! You're cheating!
Aerobic respiration is the most efficient form of metabolic energy production because it uses oxygen as a terminal electron acceptor. By combining hydrogen from carbohydrates with oxygen the organism maximizes its ΔE0' meaning that the use of oxygen provides the most amount of energy in comparison with other terminal electron acceptors such as nitrate or iron.
You are referring to aerobic cellular respiration. The rate at which aerobic respiration occurs in a cell depends on the type of cell and the activity level of the organism. An organism (including humans) would need aerobic respiration to take place rapidly when it is active because it needs more energy, but not as rapidly when it is at rest when it needs less energy.
You are referring to aerobic cellular respiration. The rate at which aerobic respiration occurs in a cell depends on the type of cell and the activity level of the organism. An organism (including humans) would need aerobic respiration to take place rapidly when it is active because it needs more energy, but not as rapidly when it is at rest when it needs less energy.
it is useful in making a large amount of atp(cellular energy)(36 made in aerobic) and utilizable products after aerobic/anaerobic respiration
You are referring to aerobic cellular respiration. The rate at which aerobic respiration occurs in a cell depends on the type of cell and the activity level of the organism. An organism (including humans) would need aerobic respiration to take place rapidly when it is active because it needs more energy, but not as rapidly when it is at rest when it needs less energy.
ATP is the only usable source of energy by cells.ATP is released through aerobic respiration, however, aerobic respiration is only 40% efficient, and so the other 60% of energy is lost as heat energy.Put simply, the energy released in aerobic respiration is: ATP (40%) and heat (60%).
Oxgyen is needed for aerobic respiration, which gives out energy.
Aerobic respiration will be stopped. Body will not get enough energy
Aerobic energy system is used for long durations sports such as a Football And Marathon Running As The Aerobic energy System is used for long distance sport activities and can only be active when oxygen is there.
By the testicles being consumed by a walrus. You welcome
In an aerobic organism, ATP molecules are produced by the mitochondria through a process called oxidative phosphorylation
Yes. Aerobic and anaerobic deal with how the organism converts its food into useful energy. Chemosynthetic deals with how the organism gets the food to begin with. Thus, the bacterium can make the food chemosynthetically and then convert it to useable energy aerobically. If you're using this for Biology 1 or 2.. Shame on you! You're cheating!