If a side of the cell is Hypertonic it means that that side has a greater concentration of solute, meaning eater will want to move to that side.
Therefore a hypertonic solution has more solute outside than inside the cell. So water will leave the cell.
Answer:
Alleles refer to the alternative form of the same gene. These are mainly of two types: dominant and recessive allele.
The dominant allele is the which mask the effect of another allele in a heterozygous condition. The allele which is masked or which is not able to express itself in a heterozygous condition is termed as a recessive allele.
For example, T (codes for tallness of a plant) is dominant over t which codes for a dwarf trait.
The organisms that contain the same allele for a particular trait is said to be homozygous for that trait. For example, TT and tt.
In contrast, if the organism contains different alleles for a particular trait, it is termed as heterozygous for that particular trait. For example, Tt.
Thus, the first, second, third and fourth blank can be correctly filled with dominant, recessive, homozygous, and heterozygous respectively.
I think it’s b sorry if i’m wrong
I would say true...because if an animal population grows and they eat then what ever they eat i am sure would go down in population..
The founder effect differs from a population bottleneck in that the founder effect <u>involves the isolation of a small colony of individuals from a larger population</u>.
The bottleneck effect is when there is a very noticeable reduction in population size for a minimum of one generation time. A founder effect is when a few individuals move to a new region and start a colony of limited genetic variation.
Both are examples of genetic drift. A large portion of a genome is wiped out in bottleneck effect, whereas a larger population migrate to establish their own population in the founder effect.
To learn more about the bottleneck and founder effect, here
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