Before the eukaryotic cell can go to the G1 phase to S
phase, it must first, grow. It is necessary for the eukaryotic cell to grow and
do this in order to prepare itself before undergoing the replication of DNA.
<span>50%
Since each parent contributes 1 allele to their offspring, we can expect a even distribution of 4 allele combinations in the offspring of these fish. They are
s1s2 = s1 from 1st parent, s2 from 2nd parent
s1s4 = s1 from 1st parent, s4 from 2nd parent
s3s2 = s3 from 1st parent, s2 from 2nd parent
s3s4 = s3 from 1st parent, s4 from 2nd parent
Since both the s1s4 and s3s2 offspring have 5 units of color, that would indicate that 50% of their offspring will have 5 units of color.</span>
I think the answer is eroded land
The correct answer is - d. large paws.
The animals in the taiga biome have special adaptations in order to be able to live in this cruel environment, and of their trademarks are the large paws. Because for most of the year the taiga is covered with ice and snow, the animals developed large paws so that the pressure from their body weight can be more evenly distributed so that they can move freely through the snow and sink their legs deep into it. Also, the size of the paws enables for more hair to grow between their toes, as well as to develop an extra layer, and that is with the purpose of avoiding the freezing of their legs.