<h2>
Answer:</h2>
Glycolysis does not consume oxygen at any step, whereas electron transport chain requires oxygen.
<h2>
Explanation:</h2>
- Glycolysis is a process in which glucose is breakdown in smaller forms without consuming oxygen at any of it step and hece it is a anaerobic process.
- However, after glycolysis kreb's cycle and electron transport chain(ETC) starts only if the cell have oxygen and mitochondria, this is because after glycolysis every process(i.e kreb's cycleand ETC) is completed in mitochondria which requires oxygen and hence ETC is a aerobic process.
Result: Glycolysis in considered anaerobic and ETC as aerobic.
The three domain system divides organisms into groups based on similarities in their ribosomal RNA. The three domains in the three domain system are the archaea, eukarya and the bacteria. The domains Archaea and bacteria are all prokaryotic microorganisms, or single-celled organisms whose cells have no nucleus. Domain Eukarya on the other hand has organisms whose cells have nucleus.
Options:
it has a cell wall but lacks a well–defined nucleus and organelles, and its cytoplasm doesn't have
<span>
much structure. - this is the correct one!
It contains a membrane–bound nucleus and organelles, and its organelles have specialized duties. </span>
<span>no!, this is false! prokaryotes don't have membrane-bound nucleus!
It contains a membrane–bound nucleus, a large central vacuole, a cell wall, a cell membrane, and chloroplasts.
- no!, this is false! prokaryotes don't have membrane-bound nucleus!</span>
so, for this we only needed to know that prokaryotes DON'T have a membrane-bound nucleus (and this is also perhaps their most important property)
Answer:
B
Explanation:
soil being depleted to nitrogen due to high runoff
