In both the iron sulfide hypothesis and the lipid membrane hypothesis, small, enclosed spaces are suggested as the precursors of the first cells. What benefit do small spaces provide in the formation of organic molecules?
It demonstrates how small cells could be used to build large organisms.
It creates additional surface area on which reactions can take place.
It helps explain the structure of the cell membrane.
It provides an area in which molecules can be concentrated.

Question

In both the iron sulfide hypothesis and the lipid membrane hypothesis, small, enclosed spaces are suggested as the precursors of the first cells. What benefit do small spaces provide in the formation of organic molecules?
It demonstrates how small cells could be used to build large organisms.
 It creates additional surface area on which reactions can take place.
 It helps explain the structure of the cell membrane.
 It provides an area in which molecules can be concentrated.

anonymous · Answer

I would definitely cross out the third one but the rest confuse me

anonymous · Answer

So you have no idea or any backround information of the other 3?

anonymous · Answer

well im kinda leaning toward the last one

anonymous · Answer

Have you done any vivid research?

anonymous · Answer

yeah and D seems most correct to me

anonymous · Answer

I think it is A, not sure truly

anonymous · Answer

now i would probably cross out B

anonymous · Answer

Do you think you could help? @asmagul

anonymous · Answer

http://openstudy.com/study#/updates/52601ee4e4b0c78c62ea7f7d

anonymous · Answer

oh wow thanks alot for that link!

anonymous · Answer

hey @onelalejandro you should type the question into google search and open study sites will come up where people have already asked the same question as you

anonymous · Answer

GENEIUS @kingalex123