Both anaerobic respiration (fermentation) and aerobic respiration are processes that yeast can do.
yeast:
- Much more ATP is produced during aerobic respiration, however there is a chance of becoming oxygen poisonous. Less energy-efficient anaerobic respiration enables life in anoxic environments. Muscle function inside the human body depends on both aerobic and anaerobic respiration.
- Yeast can carry out both anaerobic respiration (fermentation) and aerobic respiration. Both produces carbon dioxide , fermentation produces a much lower amount of ATP.
- Chemical equation of Anaerobic respiration or fermentation:-
( heat)
- Chemical equation of Aerobic respiration :-
ATP
- Yeasts are unicellular creatures that descended from multicellular ancestors; yet, certain species have the capacity to acquire multicellular traits by generating pseudo hyphae or fake hyphae, which are networks of connected budding cells.
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Answer:
D. Because it contains membrane-bound organelles
Explanation:
One of the defining features that separates eukaryotic cells from prokaryotic cells would be the organelles, specifically they are membrane-bound. Although prokaryotes also hve organelles, they are not enclosed. This is why they say that eukaryotes have a TRUE NUCLEUS because it is well defined by the membrane that encloses it.
Prokayotic cell organelles are kind of like floating around within its cytoplasm.
Answer:
I'm liking D for the third one but you might be correct.
Explanation:
Answer:
prokaryotes
Explanation:
prokaryotes where the earliest life forms ,simple creatures that fed on carbon compounds that were accumulating an Earth's early.slowly other organisms evolve that use the sun's energy along with compounds such as sulfides to generate their own energy.
Answer:
The principle of “Do no harm.” The only way that removing an organ from someone seems morally defensible is if the donor chooses to undergo the harm of surgery solely to help another.
