Answer:
Cell, tissue, organelle, organ, organ system.
Explanation:
Cells combined make the tissue,
Tissues combined make the organelle,
Organelles combined make the organ,
Organs combined make the organ system.
AUG CGU ACC UUA
to
TAC GTA TGG AAT
AUG CAU ACC UUA.
Name the kind of mutation that occurred.
insertion
deletion
substitution
Answer:
The increase in the number of tertiary and secondary consumers causes ecological imbalances because they quickly consume primary consumers leading to their disappearance in the ecosystem. This situation can also lead to an increase in the biomass of the producers since they no longer have anyone to consume them
Answer:
POINT PREVALENCE.
Explanation:
This accounts for the number of a population that develops a disease in a particular or specific time.
bb
BBss
TTSS
Ss
Answer:
Option D, Ss
Explanation:
A heterozygous dominant genotype consists of two different alleles of the same gene in which one is dominant allele and the other one is the recessive allele.
Symbolically the dominant allele is represented by the capital form of an alphabet and the recessive allele is represented by the small form of the same alphabet.
For example if "T" represents the dominant allele for tall height and "t"represents the recessive allele for small height, then Tt would represents a heterozygous dominant tall genotype. For a recessive allele to express there must be two copies of recessive allele for instance "tt"
Here among all given options , option D "Ss" is the correct answer
The heterozygous dominant genotype is Ss.
The genotype that is heterozygous dominant is Ss. In genetics, heterozygous dominant means that the organism has two different alleles for a particular trait, and the dominant allele is expressed over the recessive allele. In this case, the S allele is dominant, and the lowercase s allele is recessive. So, an organism with the genotype Ss would have the dominant trait expressed.
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The rabbit which has the highest adaptation are the white rabbits and they are mostly found in the areas with the highest adaptation. The correct answer is option B.
It is the molding of one self as per the situations in which they are living and the situations if drastic they make themselves fit for it. It is same like natural selection and survival of fittest.
In Antarctica there is no much of terrestrial life found because of the adverse temperature and the harsh conditions thus the most commonly found will be the white because they have fur on their body which is resistant to the colder temperatures and thus can live in colder regions.
In the colder regions, because white rabbits are faster they can run fast thus they have more of chemical reactions along with the high metabolism going inside their body and these can resist the urge to stay warm despite of the temperature in which they are living.
Learn more about animals in Antarctica at :
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