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Mateyman Mateyman
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4 years ago
Q4 and 5: https://imgur.com/SL6cQbI (sorry didn't copy paste question cos of the table)

Answer to 4 and 5: https://imgur.com/IH5RV9k
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Mateyman Author
wrote...
4 years ago
Sorry, I didn't post whole thing

Here is Q1 + Q2 + Q3: https://imgur.com/5fUioBG

Here is my graph for Q1: https://imgur.com/1cqEh50

Here is my graph for Q2: https://imgur.com/CCu3uos

Here is my answers:

Q1a - this is mainland/source-sink model cos frequencies converge on frequency of mainlaind

Q1b - Would population 2 be the one that sends out emmigrants because all the other populations are converging into it? Or am I off here?

Q2 - this is mixing island model right? All frequencies converge on intermediate frequency different from them.

Q3 - would the second graph have faster migration rate because it has more mixing?

Here is Q4 + Q5: https://imgur.com/SL6cQbI

Graph for Q4: https://imgur.com/lAZzNos

Here is my answers:

Q4a - It would be drift because we get fixation and population does not converge?

Q4b - It would be Shells and Natura right?

Q4C - When allele reaches fixation it means that that allele is 100% fixed, so the population is monomorphic to that allele and the other allele is lost yeah?

Q4D - Larger population size means that the allele will eventually reach fixation but it will take a longer time right

Q5 - this is a bottleneck correct? I think options b,e,d are incorrect. I want to say either a or c but probably a what yall think?
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