We can confirm that the reintroduction of the wolf to the ecosystem would most likely cause a decline in the population of coyotes.
<h3>Why would this cause a decline in the population of coyotes?</h3>
The wolf, in most ecosystems, is considered to be the top predator. This means that it will also hunt and consume the coyotes. This alone would cause a decline in the coyote population as they now have an additional predator hunting them. Also, the wolves would be competing with the coyotes for food sources, furthering the impact on the coyote population.
Therefore, we can confirm that the reintroduction of the wolf to the ecosystem would most likely cause a decline in the population of coyotes.
To learn more about ecosystems visit:
brainly.com/question/1673533?referrer=searchResults
#SPJ1
The genotype of a heterozygous individual is Aa, of a homozygous dominant is AA, and of a homozygous recessive individual is aa.
<h3>What is a dominant genotype?</h3>
A dominant genotype is a set of gene variants characterized to have dominant alleles that mask the expression of recessive alleles in heterozygous individuals in cases of complete dominance.
In conclusion, the genotype of a heterozygous individual is Aa, of a homozygous dominant is AA, and of a homozygous recessive individual is aa.
Learn more about dominant genotypes here:
brainly.com/question/1626661
#SPJ1
A person's original chromosomes and their component genes constitute that person's genotype (Option a is correct).
<h3>What is a genotype?</h3>
A genotype can be defined as the genes and their variant (alleles) contian in a given nucleotide sequence of DNA, which can be represented by a linear chromosome.
The genotype may contain only a few genes in small chromosomes (e.g., plasmids) or many genes in linear human chromosomes (over more than 1000 genes).
In conclusion, a person's original chromosomes and their component genes constitute that person's genotype carried out by the individual and his/her cells (Option a is correct).
Learn more about genotypes here:
brainly.com/question/1626661
#SPJ1
There are at least 500 gene combinations are possible for an F2 dihybrid and that of a trihybrid
(States)gas particles are separated away from each other as far as they can. liquid particles are all connected in a non formation. solids particles are tightly packed.
