This would entirely depend as to what does the word simple mean here. The definition of a simple life to a chromosome might not be the same to another chromosome. So when things don't follow the standard or expected processes, of course it wouldn't be the usual thing. That moment would leave an impression, a mark, on the life of the chromosome. But then, that would not be the case for long since it would be the new process starting from that moment or it would just revert to the usual way. Crossing over and mutations are kind of fun and at the same time boring, sometimes even sad. Of course, you need to leave those friends that you have made and then go to another stranger's lands and repeat the process all over again. What makes it fun though are the interactions that happen when making new friends. A lot of exchanges happen and it is all a give and take kind of relationship. Mutations, on the other hand, are kind of scary since you become somewhat deviant from the rest. You catch attention, sometimes questioned by the authorities during cross-overs and so on. The nice ring to it is that it inspires others to mutate, too, which is kind of fulfilling and satisfying knowing that you were the reason for their change.
<span>Market demand for goods associated with a species.</span>
Answer:
a) How many genotypes will occur in F2
--The genotypes would be- AA Aa aa BB Bb bb CC Cc cc DD Dd dd EE Ee ee (15 genotypes)
Reason-
This is because, after crossing the parents, the F1 generation would all be Heterozygous dominant since one parent is homozygous dominant, while the other is homozygous recessive.
b) 25% of all F2 genotypes would be recessive across the 5 loci
Reason-
This is because each loci would produce only a 25% chance for a recessive trait, which would results to a general probability of 25% also.
c) Yes i would change my answer in A and B if the parent cross was- AABBCCDDEE X aaBBccDDEE
d) Yes i would change my answer in A and B if the parent cross was- AABBCCDDEE X aabbccddEE
The best answer is A. The purpose of the cell wall is to hold the cell in a specific shape, usually rectangular or square. For example, a plant cell's wall keeps it rigid so that the plant can stand up.
If the cell does not have a wall, it can easily change shape to accommodate for things coming in and out of the cell.
Hope this helps!
