Answer:
i). Dominant Allele.
ii). Recessive Allele
Explanation:
A dominant allele completely dictates the appearance or phenotype of heterozygotes. One allele is said to be dominant over another if a heterozygous individual bearing the allele has the same appearance as an individual who is homozygous for it.
A recessive allele is one who phenotypic expression is completely masked in heterozygotes by the presence of a dominant allele.
Answer:
3/16
Explanation:
Assuming that green, smooth peas are the dominant trait, as long as the gene has a dominant allele for colour or texture of the peas, the peas will be green or smooth respectively.
Hence wrinkled and yellow are the recessive traits. That must have a combination of 2 recessive alleles in the gene to have the recessive trait.
Assuming G is the allele for green and g is the allele coding for yellow peas, and W represents allele for smooth skin and w represents wrinkled skin,
The probability of 2 heterozygote parents (green and smooth) crossing with genotype of GgWw and GgWw to get offspring with Green and wrinkled peas of genotype G_ww (whereby _ represents either G or g), is 3/16 refer to diagram above.
Answer:
so people can have good health.
Explanation:
Adenosine Tri-phosphate.........
Answer:
answers are below
Explanation:
The queen is diploid with 2 sets of chromosomes.
The male (drone) is haploid with 1 set of chromosomes.
The queen bee has a stringer.
The male bee does not have a stinger; therefore, it cannot sting.
hope this helps :)