How is anaerobic respiration affected by changes in temperature? (5 points)based on the conditions of early earth, what conclusion can you draw about the amount of anaerobic respiration that was occurring at earth’s beginning? explain your answer.(5 points)if there was a sudden drop in temperature after the evolution of the first living cells, predict how that might have affected the changes in the atmosphere and the evolution of cyanobacteria and other autotrophs. explain your answer. (5 points)
1. When the beginning of Earth occurred, there was little to no oxygen. So, some cells had to adapt to this and the process of anaerobic respiration allowed them to do so. In the grand scheme of things, there must have been a great number of anaerobic respiration occurring given the clement.
2. That probably would have caused the
atmosphere to cool down dramatically. The
cyanbacteria could have assisted, because it puts
oxygen into the atmosphere. The other autotrophs
would be affected, because if the temperature
dropped, the air would have cooled down.
Then, the autotrophs would not have
food from the carbon dioxide, or
other inorganic materials.
1. With the increase in temperature, the fermentation also increases. However, once it gets to a certain point of heat it will be under too much pressure and die.
2. When the beginning of the Earth took place, there was little to no oxygen. Therefore, some of the cells had to amend with this and the procedure of anaerobic respiration permitted them to do so. Thus, in a bigger scenario, there must have been a huge concentration of anaerobic respiration taking place at that time, as all the organisms require oxygen to live.
3. This possibly would have resulted in the cooling of the atmosphere dramatically. The cyanobacteria could have helped, as it puts oxygen into the atmosphere. The other autotrophs would have got affected, as if the temperature dropped, the air would have become cooler. Due to this the autotrophs would not have food from the carbon dioxide, or other inorganic substances.