Because in order to be yellow the only 2 alleles you can have are the 2 recesisve ones, therefore you will always have yellow
Yellow pods are a recessive trait and for this type of trait to show in the phenotype, both alleles have to be recessive. If there was a recessive allele (yellow) and a dominant allele(green) as it shows in hybrid pods, then the dominant allele would be the one shown and the pod would be green.
The genotype of a plant producing green peas would be "yy," indicating that it carries two recessive alleles for yellow peas. The dominant allele for yellow peas is represented by "Y."
green peas if it does not also have a dominant allele for yellow peas.
A recessive allele means that the gene codes for an nonfunctional enzyme. If the pea plant has 2 recessive allele for the green pea gene, that means that the green pigment will not be deposited on the peas, as the enzyme is nonfunctional. The result would be yellow coloured peas.If the pea plant has one recessive and one dominant allele for the green pea pigment, then it will result in a half functional enzyme, which is sufficient for the green pigment to be deposited.
it is like a process
In golden retrievers, red is recessive to yellow.
A heterozygous plant for flower color, with one allele for yellow (dominant) and one for blue (recessive), will produce yellow flowers. This is because the dominant yellow allele masks the expression of the recessive blue allele. Therefore, the phenotype of the heterozygous plant will be yellow flowers.
Yellow pods are a recessive trait and for this type of trait to show in the phenotype, both alleles have to be recessive. If there was a recessive allele (yellow) and a dominant allele(green) as it shows in hybrid pods, then the dominant allele would be the one shown and the pod would be green.
The genotype of a plant producing green peas would be "yy," indicating that it carries two recessive alleles for yellow peas. The dominant allele for yellow peas is represented by "Y."
characteristic . dominate trait .recessive trait1-flower color. purple .white2-seed color .yellow .green3-seed shape. round .wrinkled4-pod color. green. yellow5-pod shape. smooth .bumpy6-flower position. along stem. at tip7-plant height. tall. short
Depends, Wether The Type Of Seeds or if the dominanat gene/ trait is tall then the pea plant is going to be tall because if the recessive gene is small the dominant one takes over it so tall pea plants will grow
green peas if it does not also have a dominant allele for yellow peas.
A homozygous recessive trait manifests when an organism carries two identical recessive alleles for a particular gene. This means that both copies of the gene are the same and express the recessive phenotype, which often appears when the dominant allele is absent. For example, in pea plants, if the allele for green seeds (dominant) is represented as "G" and the allele for yellow seeds (recessive) as "g," a homozygous recessive plant would have the genotype "gg" and display yellow seeds.
A recessive allele means that the gene codes for an nonfunctional enzyme. If the pea plant has 2 recessive allele for the green pea gene, that means that the green pigment will not be deposited on the peas, as the enzyme is nonfunctional. The result would be yellow coloured peas.If the pea plant has one recessive and one dominant allele for the green pea pigment, then it will result in a half functional enzyme, which is sufficient for the green pigment to be deposited.
Green is the dominant trait in this cross. Mendel's results demonstrate that when a dominant allele (for green pods) is present, it masks the effect of the recessive allele (for yellow pods), resulting in all offspring exhibiting the dominant phenotype. Thus, the true yellow podded plant contributes a recessive allele that does not express in the presence of the dominant green allele.
The heterozygous genotype would be Gg. This means the individual has one dominant green allele (G) and one recessive yellow allele (g). The dominant trait (green in this case) would be expressed in the phenotype of the individual.
it is like a process