I'm not smart or anything but I remember being super mad about doing an assignment about this topic before when I was an 8th grader.
I saw two comments saying that it is PINK. That only happens if there's a recessive trait that can be partially masked by a dominant trait (incomplete dominance) but in the case that the ML read, both chromosomes are dominant, a.k.a. Co- Dominance which both genes are shown as a result of having no recessive trait.
Red Chromosome DD and White Chromosomes DD (Co-Dominance) both are dominant genes and neither chromosomes can mask/cover each other, so they can't mix up like when there's Incomplete Dominance.
No offense it's been 5 years now since we tackled that lesson, I might have mixed things up so
I'm not smart or anything but I remember being super mad about doing an assignment about this topic before when I was an 8th grader.
I saw two comments saying that it is PINK. That only happens if there's a recessive trait that can be partially masked by a dominant trait (incomplete dominance) but in the case that the ML read, both chromosomes are dominant, a.k.a. Co- Dominance which both genes are shown as a result of having no recessive trait.
Red Chromosome DD and White Chromosomes DD (Co-Dominance) both are dominant genes and neither chromosomes can mask/cover each other, so they can't mix up like when there's Incomplete Dominance.
No offense it's been 5 years now since we tackled that lesson, I might have mixed things up so