Yes.
because they all have at least one dominant alleles.
This is because they all have at least one dominant allele, P.
BIG PP GANG ALL THE WAY
homozygous dominant is the genotype. hypothetically, if the gene was for the color purple in a flower, the phenotype would be purple, while the genotype would be homozygous dominant AKA Pp.
The results would be a 50% chance of offspring with genotype Pp and a 50% chance of offspring with genotype pp. This is because the parent with genotype Pp can pass on either a P or a p allele, while the parent with genotype pp can only pass on a p allele.
The only metal I can think of with "pp" in it's name would be copper.
It depends. If the cross is homozygous, then the punnett square will be PPXpp P P p Pp pp p Pp pp Heterozygous PpXPp P p P PP Pp p PP pp If you know how to do the geno and the phenotypes then you're all set
Two purple flowers can produce a white flower through a genetic phenomenon called incomplete dominance, where the dominant purple allele and recessive white allele both influence the flower's color. When two heterozygous purple flowers (Pp) are crossed, there is a 25% chance of producing a white flower (pp) due to the combination of alleles.
In pea plants, individuals that are Pp for the alleles that code for flower color will have purple flowers. What is the phenotype?
there would be a 100% chance of it being heterozygous (Pp)
Two occupations that match the keyword "doctors" are physicians and surgeons. Physicians are medical professionals who diagnose and treat illnesses and injuries, while surgeons specialize in performing surgical procedures to treat various medical conditions. Both occupations require extensive education and training in the medical field.
"pp" can stand for "pages" in document formatting. So, "60 pp" would mean 60 pages.