Answer:
there is a 50% probability
Explanation:
When two pink snapdragons are bred there is a 25% for the offspring to be red, 25% white, and 50% pink
I think that it would be classified in the prokaryotic domain.
Answer:
The atomic number of phosphorus is 15. It has zero charge because it has 15 electrons.
Answer: Endocrine
A chemical signal produced in the pituitary gland at the base of the brain binds to a receptor on liver cells. This signal would be classified as an endocrine signal.
Explanation:
An endocrine signal is produced by a cell that targets a distant cell through the bloodstream.
Hence, a endocrine signal (carried by hormones) produced at the base of the brain (usually an endocrine gland) travels through the bloodstream to the target cell and binds to a receptor on the liver, and then exerts its function.
Let's suppose that "long" is the dominant allele and "oval" is the recessive allele.
let's suppose also that red + white genotype give a pink phenotype
every radish has 2 genotypes for each gene, one from the mother and one from the father
The proportions are: if the radish are homozygotes
red red; long long x white <span>white ;</span> oval oval
red white oval long ; red white oval long ; red white oval long ; red white oval long
We will have 100% of pink - long radish.
A crossmatch from homozygotes species give always a unique phenotype
