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Glucoses + Oxygen = Oxygen + Carbon dioxide + energy （ATP）

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CH12O6 + O2 - CO2 + H2O + ATP
Glucose + Oxygen - Carbon dioxide + Water + ATP

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Glucose (C6H12O6) + Oxygen(O) ——> Carbon dioxide (6Co) + Water (6H2O) + Energy (ATP)

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glucose (sugar) + oxygen = carbon dioxide + water + energy (as ATP).

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Plants need to use the ATP energy generated use its cells transfer them into organic matter for the plant to carry out its functions, to grow, or to divide.

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Plants also need glucose.

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mitocondria

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Under the participation of oxygen, aerobic respiration directly decomposes glucose into ATP with high efficiency. Anaerobic respiration produces a small amount of energy, lactic acid, and alcohol, and a lot of energy cannot be used efficiently.

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Respiration can provide energy for plants. Part of the energy released by respiration is stored in ATP. It is used for various life activities of plants, such as cell division, growth etc.

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The second and the third stage of cellular respiration take place in mitochondria.

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Mitocondria

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1. After quickly using up energy, the body requires extra oxygen to create more ATP. More blood is pumped to the exercising muscles to deliver. If there is no enough oxygen, lactic acid will form instead. 2. The brain releases dopamine and glutamate.

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Your body will run out of oxygen, then your body will start running on glucose.

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ATP, Carbon dioxide, lactic acid

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1. More Lactic Acid produced will lead  the feel of burning sensation.
2. when the body is in a state of water shortage, the hypothalamus will be stimulated, which makes people feel thirsty.

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Glucose + Enzymes ---> Carbon dioxide + Alcohol + Energy
Glucose ---> Lactic acid + Energy

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Athletes need about 2800-3500 kcal of the total heat for the whole day. When the exercise intensity reaches 85% - 90% of the maximum oxygen intake, all energy comes from carbohydrates. In order to maintain the normal blood glucose level, carbohydrates should be given 50% - 60% of the total kcal.

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Fermentation: Glucose + Enzymes ---> Carbon dioxide + Alcohol + Energy (anaerobic)
Cell respiration: Glucose + Oxygen - Carbon dioxide + Water + ATP (aerobic)
Fermentation doesn't need oxygen to produce energy.

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The ATP energy that is generated is used by the cell to carry out its functions, to grow or to divide. Cells that are very active, either frequently dividing or carrying out complex functions, require more energy to work properly. These cells will require more oxygen and will have more mitochondria.

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Oxygen debt is the extra oxygen needed by muscle tissue to oxidize lactic acid after exercise. During vigorous exercise, the body needs more energy, so it has to get more oxygen in muscle tissue for more energy.

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ATP, lactic acid, carbon dioxide.

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Since the products of anaerobic respiration, alcohol and lactic acid, are still organic and contain energy that has not been completely released, the products of anaerobic respiration are incomplete oxidation products.

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Carbon dioxide, Alcohol & Energy or Lactic acid and Energy (ATP)

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Because muscle cells require a lot of energy to move and stretch, and because mitochondria convert chemical energy into the energy needed for life (ATP), muscle cells have a lot of mitochondria.

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Glucose (C6H12O6) + Enzyme = Carbon dioxide (2Co2) + Alcohol (2C2H5OH) + Energy (ATP)

Fermentation is a process of anaerobic respiration for animal/human cells in the absence of oxygen.

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It helps to store and save up energy needed for the sport that they are going to do. They need to eat so that they could matain a normal level of glucose in their blood.

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Because your body needs extra oxygen after exercisinging and during an exercise your body also uesd extra oxygen

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Because muscles need to produce ATP.

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Glucose (C6H12O6) + Enzyme = Carbon dioxide (2Co2) + Alcohol (2C2H5OH) + Energy (ATP)

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C6H12O6 + 6O2 → 6CO2 + 6H2O (glucose + oxygen -> carbon dioxide + water)

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The Mitochondria

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Glucose is not broken down completely, so there is less energy released than in aerobic respiration. This also involves not enough oxygen in anaerobic respiration.

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To carry out numerous life processes

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1. Your heart beat increases.
2. Lactic acid causes cramps that you get when you do cardio like running, or muscle cramp.

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because carbohydrate loading is known to produce an increase in stored muscle glycogen

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Lactic acid, ATP

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a temporary oxygen shortage in the body tissues arising from exercise.

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Because they store a lot of energy, ATP.

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Cellular respiration uses oxygen in the chemical reaction that releases energy from food. Fermentation occurs in an anaerobic or oxygen-depleted environment.. C₆H₁₂O₆ → 2 C₂H₅OH + 2 CO. = Glucose + enzymes = carbon dioxide + alcohol + energy. Compared to that