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phenotype: Yellow leaves and smooth seeds.
(gametes it can produce: YySS yySS YYSs YYss YySs yyss)
3;1 is phenotype and 1;2;1 is genotype
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In pea plants individuals that are pp for the alleles that code for flower color will have purple flowers what is the phenotypes?
In pea plants, individuals that are Pp for the alleles that code for flower color will have purple flowers. What is the phenotype?
What is the phenotype of plants when the F1 pea plants are allowed to self pollinate?
When F1 pea plants are allowed to self-pollinate, the phenotype will exhibit a 3:1 ratio in the F2 generation according to Mendel's laws of inheritance. This ratio includes three plants with the dominant trait (e.g., yellow seeds) and one plant with the recessive trait (e.g., green seeds).
What happens in Mendel's experiments when a pea plant received two different alleles for the same trait?
Unless the alleles are codominate (which Mendel did not have in pea plants), one will be dominate and will be what you see (phenotype) and one will be recessive and you will not see it.
What is the genotype of a pea plant that shows the recessive phenotype?
The genotype of a pea plant that shows a recessive phenotype would be homozygous for the recessive allele. Using letter symbols, it would be represented as aa.
Are pea plants self fertilize?
In F 2 , he got 3:1 ratio in tall and dwarf pea plants .Phenotype - All TallTT x TtTT (75%) TallTt (25%) Tall
In pea plants individuals that are pp for the alleles that code for flower color will have purple flowers what is the phenotypes?
In pea plants, individuals that are Pp for the alleles that code for flower color will have purple flowers. What is the phenotype?
What is the phenotype of plants when the F1 pea plants are allowed to self pollinate?
When F1 pea plants are allowed to self-pollinate, the phenotype will exhibit a 3:1 ratio in the F2 generation according to Mendel's laws of inheritance. This ratio includes three plants with the dominant trait (e.g., yellow seeds) and one plant with the recessive trait (e.g., green seeds).
In pea plants the peas produced may be green or yellow with yellow being the dominant form of the allele . What would be the phenotype of the pea plant that is heterozygous for the alleles?
yellow peas
In pea plants the peas produced may be green or yellow with yellow being the dominant form of the allele. What would be the phenotype of a pea plant that is heterozygous for the alleles?
yellow peas
To produce pea plants that only display recessive Phenotype of a trait what must be the genotype of the parents plants?
both must be tt or both must be Tt
What can a yellow pea plant and a green pea plant produce?
Both yellow pea plants and green pea plants can produce pea pods containing seeds that can be cooked and eaten as a nutritious vegetable. The color of the seeds inside the pods will match the color of the parent plant's seeds, so yellow pea plants will produce yellow seeds while green pea plants will produce green seeds.
You are looking at four tall pea plants What are their phenotypes and genotypes?
The tall pea plants have the phenotype of tall height. Their genotypes can vary depending on whether they are homozygous dominant (TT) or heterozygous (Tt) for the tall trait.
If T represents tall pea plants and t represents the allele for short pea plants what is the phenotype of each parent and of the off spring?
If one parent is TT (tall) and the other is tt (short), both parents are homozygous. When they reproduce, all the offspring will be Tt (tall) because of the dominant-recessive inheritance pattern. The phenotype of the offspring will be tall.
What happened in mendels experiments when a pea received two different alleles for the same trait?
Unless the alleles are codominate (which Mendel did not have in pea plants), one will be dominate and will be what you see (phenotype) and one will be recessive and you will not see it.
What happens in Mendel's experiments when a pea plant received two different alleles for the same trait?
Unless the alleles are codominate (which Mendel did not have in pea plants), one will be dominate and will be what you see (phenotype) and one will be recessive and you will not see it.
What happens in Mendel experiments when a pea plant received two different alleles for the same trait?
Unless the alleles are codominate (which Mendel did not have in pea plants), one will be dominate and will be what you see (phenotype) and one will be recessive and you will not see it.
To produce pea plants that only display the recessive phenotype of trait what must be genotypes of the parent plant?
both must be tt or both must be Tt
