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If a homozygous tall and short pea plant are crossed will the offspring be of medium height?
Not if either trait is dominant. Let us say tall is dominant ( I think it is ) and short is recessive. T = tall, and s = short. TT X ss will give heterozygous tall plants. Ts
When mendel crossed true breeding tall plants with true breeding short plants all the offspring were tall because?
Tallness is a dominant trait and shortness is a recessive trait according to Mendel's principles of inheritance. When true breeding tall plants (homozygous dominant) are crossed with true breeding short plants (homozygous recessive), all offspring inherit one dominant tall allele, resulting in them being tall.
When Mendel crossed short tt pea plants with short pea plants the offspring were?
When Mendel crossed short tt pea plants (homozygous recessive) with short pea plants that were heterozygous for height (Tt), the offspring would display a phenotypic ratio of 1 short (tt) to 1 tall (Tt). This is because the short plants (tt) can only contribute recessive alleles, while the heterozygous plants (Tt) can contribute either a dominant (T) or a recessive (t) allele. Therefore, half of the offspring would be tall and half would be short.
What are three types of genotypes that exist for pea plant height?
Three types of genotypes that exist for pea plant height are: TT - Homozygous dominant genotype for tall height Tt - Heterozygous genotype for tall height tt - Homozygous recessive genotype for short height
Which one of the following statements would most clearly refer to a person's genotype a susan has blue eyes b bill is recessive for height and dominant for hair c Karen has broad shoulds?
Statement B, "Bill is recessive for height and dominant for hair," most clearly refers to a person's genotype. This statement indicates specific genetic traits (height and hair type) and whether the traits are dominant or recessive in the individual.
If a homozygous tall and short pea plant are crossed will the offspring be of medium height?
Not if either trait is dominant. Let us say tall is dominant ( I think it is ) and short is recessive. T = tall, and s = short. TT X ss will give heterozygous tall plants. Ts
When mendel crossed true breeding tall plants with true breeding short plants all the offspring were tall because?
Tallness is a dominant trait and shortness is a recessive trait according to Mendel's principles of inheritance. When true breeding tall plants (homozygous dominant) are crossed with true breeding short plants (homozygous recessive), all offspring inherit one dominant tall allele, resulting in them being tall.
What is the height of the f1 plant if the tall plant AABBCC is crossed with a base height plant aabbcc?
In such a cross, the F1 plants will always be tall, because that is the dominant allele. In the cross described, a homozygous dominant plant was crossed with a homozygous recessive plant; a cross that produces 100% heterozygous offspring. (AaBbCc)
Two organisms each with the genotypes Tt Gg mate The chance of producing an offspring that has the dominant phenotype for height T and the recessive phenotype for color g is?
The chance of producing an offspring with the dominant phenotype for height (Tt) and the recessive phenotype for color (gg) is 1/4 or 25%. This is because the genotype for height is determined by one gene and the genotype for color is determined by a different gene, so they are inherited independently of each other.
What are three types of genotypes that exist for pea plant height?
Three types of genotypes that exist for pea plant height are: TT - Homozygous dominant genotype for tall height Tt - Heterozygous genotype for tall height tt - Homozygous recessive genotype for short height
What did Mendel call the observed trait and the trait that seemed to disappear?
he called the observed traits dominant and the disapear traits recessive.
How dominant or recessive alleles for the trait of stem height determine whether a pea plant will be tall or short?
The dominant trait for height in a pea plant is tall (TT or Tt). The only instance in which a pea plant will be short is if it carries both recessive alleles (tt).
Which one of the following statements would most clearly refer to a person's genotype a susan has blue eyes b bill is recessive for height and dominant for hair c Karen has broad shoulds?
Statement B, "Bill is recessive for height and dominant for hair," most clearly refers to a person's genotype. This statement indicates specific genetic traits (height and hair type) and whether the traits are dominant or recessive in the individual.
If a tall round seed plant is crossed with another tall round seed plant Tall dominant and both heterozygous?
The offspring will likely exhibit the tall phenotype due to the dominance of the tall allele. The genotype of the offspring would be TtRr, with a combination of dominant and recessive alleles for both height and seed shape. This type of cross would result in a 9:3:3:1 ratio of phenotypes in the offspring according to Mendelian genetics.
Characteristic that is inherited that can be either dominant or recessive?
Eye color is an example of a characteristic that can be inherited as either dominant or recessive. Factors such as skin tone, hair color, and height can also be inherited in a similar manner.
What does the notation Tt mean to geneticsts?
That this person is medium height, because the 1st T is the dominant one but the second t is recessive making the person medium height. :) ^is wrong one allies is dominant
What statement would mostly clearly refer to a persons genotype?
Bill is recessive for height and dominant for hair color.
