Glycolysis breaks down the glucose molecule into two pyruvate molecules, and they still have high-energy bonds. These bonds are broken during the aerobic part of respiration and the energy they release is stored in ATP molecules which will then be used by the cell as an energy source.
2 ATP are produced during fermentation and 38 ATP are produced during cellular respiration Explanation: A cell undergoes lactic fermentation only when there is no oxygen, i.e. only under conditions anaerobes. It usually happens when a person is doing rigorous exercise and the demand for oxygen suddenly increases, which is not met by the normal respiratory process. In fermentation, carbohydrates such as starch or sugar are transformed into lactic acid or alcohol in the absence of oxygen with the production of 2 ATP, while in the cell (aerobic respiration), almost 38 ATP are products.
Answer 6
Because there is oxygen used, the body can create 32 ATP instead of 2 ATP as in fermentation.
It can give cells the energy they need through the use of oxygen, I think 36 atps, while anaerobes only give 2, I think
Photosynthesis and cellular respiration are complementary processes because the reactants of one are products of the other and vice versa. Explanation: Complementary processes are like opposite processes. Take a look at the equations for each: Photosynthesis: carbon dioxide + water + (light) energy => oxygen + sugar Cellular respiration: sugar + oxygen => carbon dioxide + water + (ATP) energy Written as a word equation, it’s easier to see that they’re basically backwards. The main difference is that photosynthesis uses light energy and cellular respiration produces ATP energy, but both are energy in general.
Answer 7
This is correct because all of the following events occur during anaerobic respiration. (I took AP Bio)
Photosynthesis uses energy to produce glucose, glycolysis uses glucose to produce energy Explanation: The simplified equations for photosynthesis and glycolysis are as follows: Photosynthesis: carbon dioxide + water + (energy) → glucose + oxygen Glycolysis: glucose → pyruvic acid + energy carbon dioxide, water and light energy from the sun to generate glucose, which is used as an energy source for cellular processes. Glycolysis is the first step in cellular respiration, which uses glucose to generate energy in the form of ATP.
This is because 32 of the 36 ATPs are formed in the electron transport chain while only 2 ATPs for glycolysis. Thus, cellular respiration is considered much more efficient.
Answer 6
Because there is oxygen used, the body can create 32 ATP instead of 2 ATP as in fermentation.
Produces energy, and much of it stored as adenosine
dinucleotide triphosphate and nicotinamide adenine. There are a few reasons for
which can be considered an effective process: the first
is that breathing is not the only possible way to burn
organic matter to produce energy.