<span>The answer is Mimicry. This is when one organism has evolved to look similar to another organism, because the similarity gives the mimic a selective advantage, usually because other organisms in its habitat, such as a predator, would then respond to the mimic in the same way as it would to the organism being copied. Mimicry comes in several varieties; including Batesian mimicry, which is when a palatable organism mimics a species that is unpalatable to predators. Consequently, they are avoided by predators, increasing their fitness. An example of Batesian mimicry is depicted by Viceroy and Monarch Butterflies. </span>
Answer: Monopolistic competition
Explanation:
Answer:
I believe the answer would be "solute"(, if that's even an answer choice).
Answer:
B.
Explanation:
The answer is B, because bee farmers create false bee hives for h.bees to start a hive. They also can purchase a queen, (that reproduce more bees) that is her only job. The worker bees collect pollen and mix it with the bee's saliva to store honey for the hive, which also is food 4 the bees.
Answer:
Homozygous recessive individual
Explanation:
A testcross is a cross performed to test the genotype of an organism. The test cross is performed when the nature of the phenotype that is if the phenotype is dominant or recessive is known.
We know that a recessive trait is the result of the homozygous condition or phenotype is expressed when the genotype has two recessive alleles. But the genotype of the dominant trait could be determined when the genotype has either both the dominant alleles (homozygous dominant) or the either one of them is dominant allele (heterozygous condition).
So to determine if the dominant phenotype is determined by homozygous genotype or the heterozygous genotype, testcross is performed between the homozygous recessive genotype and the unknown dominant phenotype organism.
Thus, Homozygous recessive individual is the correct answer.
