Want this question answered?
Be notified when an answer is posted
What is the probability that any of the offspring between individuals with the genotype AABbCcddEE will have the genotype AABBCCddEE
R-22 refrigerant typically uses a light green cylinder. However, it's worth noting that R-22 is being phased out due to environmental concerns, and it is being replaced by more eco-friendly refrigerants.
we can represente a RGB color in matlab by a pure quaternion q=0+R*I+G*J+B*K we apply the function q=quaternion(0,R,G,B); for this you must download the qtfm toolbox.
genotype and phenotype
testcross
D
The genotype of the plant with colored seed and normal starch in the test cross would be AaBb. This genotype indicates that the plant is heterozygous for both the color gene (A) and the starch gene (B), with the recessive alleles for both traits being a (for color) and b (for starch).
genotype
50% of the offspring will have the recessive genotype (cc) for hair color when one parent is Cc and the other parent is cc. This is because all their children will inherit one "c" allele from the parent with cc genotype.
genotype
Brown hair color is a phenotypic trait, not a genotype. The genetic information that determines hair color is the genotype, which can include a combination of alleles for different hair color variations. The presence of specific alleles will determine the individual's hair color phenotype, such as brown hair.
Genotype refers to an individual's genetic makeup, including all the genes they have inherited. Phenotype, on the other hand, is the observable characteristics or traits exhibited by an individual, resulting from the interaction of their genotype with the environment. While genotype determines the genetic potential of an organism, the phenotype reflects how that potential is expressed in terms of physical traits.
No, an organism that is homozygous for a specific trait means it has two identical alleles for that trait. Therefore, an organism that is homozygous for flower color would have the genotype QQ, not Qq.
No, you cannot determine someone's genotype just by looking at their eye color. Eye color is controlled by multiple genes and can vary even within the same family. Genotype refers to the specific genetic makeup of an individual, which is not always evident from their physical traits.
Yes, hair color is a phenotype. A phenotype is any observable trait or characteristic of an organism, which includes physical characteristics like hair color. Hair color is influenced by genes and can vary among individuals within a population.
What decides your eye color is your genotype that you get from your parents. if you have blue eyes, you have to have two recessive traits. Yet, any other color has to have a dominant allele to create the color. But, scientists already can tell that if you have blue eyes, your genotype is, 'bb.' Or, two recessive alleles.
The little r stands for a recessive wrinkled trait.