Explanation:
In my opinion 2nd should be the correct answer
Answer:
A certain species of rabbit can have either black or grey fur. The allele for black fur is dominant over the allele for grey fur. If a homzygous black rabbit is crossed with a heteozygous black rabbit, what phentypic ratio will occur in the first generation?
A certain species of rabbit can have either black or grey fur. The allele for black fur is dominant over the allele for grey fur. If a homzygous black rabbit is crossed with a heteozygous black rabbit, what phentypic ratio will occur in the first generation?A certain species of rabbit can have either black or grey fur. The allele for black fur is dominant over the allele for grey fur. If a homzygous black rabbit is crossed with a heteozygous black rabbit, what phentypic ratio will occur in the first generation?
Explanation:
A certain species of rabbit can have either black or grey fur. The allele for black fur is dominant over the allele for grey fur. If a homzygous black rabbit is crossed with a heteozygous black rabbit, what phentypic ratio will occur in the first generation?
Answer:
The diagram is not attached but the question can be solved with the question alone, since the necessary information was provided.
• D. Offspring D (ff EE)
Explanation:
This is a cross involving two genes in mice. The two parents mice are crossed to produce four offsprings. The genotypes of the parents mice are FFEe (black fur) and ffEe (white fur).
These two parents will produce the following allelic combinations of gametes;
FFEe- FE, Fe, FE, Fe
ffEe- fE, fe, fE, Fe
Using these gametes in a pumnet square (see attached image), 16 possible offsprings will be produced with only three (3) distinct genotypes viz:
FfEE (4/16)
FfEe (8/16)
Ffee (4/16)
Hence, based on this question, all of the offsprings except offspring D (ffEE) is likely to be produced. This means that the offspring with genotype ffEE is the imposter as the parents mice with genotypes FFEe and ffEe could not have given birth to such offspring.
Food is the source of energy that is used by the organism for the process of metabolism. Maggots are the larva of flies and depend on dead and decaying matters.
Maggots are:
Option C. Decomposers
This type of organism can be explained as:
- The organism is classified into different classes according to the nature of its feeding habits.
- <u>Autotrophs </u>are called the primary producer and break inorganic compounds into organic for energy.
- <u>Producers </u>are the organism that produces their food by converting solar energy into chemical energy.
- <u>Decomposers </u>are small-sized organism that lives in soil and breaks the organic compound of dead and decayed bodies.
- <u>Heterotrophs </u>are organism that depends on other sources and producers for energy.
Therefore, maggots are decomposers.
To learn more about decomposers follow the link:
brainly.com/question/1100031
A)A chromosome is a long continuous strand of DNA
