4get genetics, height mainly depends on amounts of exercise, stretching, B vitamins, and calcium. Vitamins D, E, K, A, and F are also very important to your growth. Try looking for iodine and phosphorous which can be found in table salts and asparagus. Even though asparagus tastes like doo-doo, you can still marinate it in lemon or strawberry, but since the tip of the asparagus is the healthiest part, that's all you have to eat. By the way, I'm pretty sure that with males the taller gene is more dominat, with females the the shorter gene is more dominant.
The alleles for a hybrid tall pea plant are represented as Tt, where "T" is the dominant allele for tallness and "t" is the recessive allele for shortness. In this case, the plant has one allele for tallness and one for shortness, resulting in the tall phenotype due to the dominance of the "T" allele.
In pea plants, the trait for tallness is typically dominant, while the trait for shortness is recessive. In a case of simple dominance, a plant with a genotype that includes at least one dominant allele for tallness (e.g., TT or Tt) will be tall. Conversely, only a plant with the homozygous recessive genotype (tt) will be short. Thus, a plant with the genotype TT or Tt will be tall.
No, not all tall pea plants are purebred for tallness. In Mendel's experiments with pea plants, tallness is a dominant trait, but if a tall plant is heterozygous (having one allele for tallness and one for shortness), it can produce offspring that are either tall or short. Only plants that are homozygous for the tall trait (having two alleles for tallness) will consistently produce tall offspring. Thus, genetic testing or breeding records are needed to determine if a tall pea plant is purebred.
In pea plants, the trait for tallness (T) is dominant over the trait for shortness (t). Therefore, a plant with the genotype Tt will exhibit the dominant trait, resulting in a tall phenotype. This means that the plant will be tall, as the presence of at least one dominant allele (T) is sufficient to express the tall trait.
In the case of simple dominance, the tallness trait (T) is dominant over the shortness trait (t). Therefore, a pea plant with the genotype Tt will exhibit the tall phenotype, as the presence of one dominant allele (T) is sufficient to express the tall trait. Thus, the plant with genotype Tt will be tall.
the synonyms are elevation, altitude, tallness. From this I have derived antonyms: depth, shortness.
The alleles for a hybrid tall pea plant are represented as Tt, where "T" is the dominant allele for tallness and "t" is the recessive allele for shortness. In this case, the plant has one allele for tallness and one for shortness, resulting in the tall phenotype due to the dominance of the "T" allele.
In pea plants, the trait for tallness is typically dominant, while the trait for shortness is recessive. In a case of simple dominance, a plant with a genotype that includes at least one dominant allele for tallness (e.g., TT or Tt) will be tall. Conversely, only a plant with the homozygous recessive genotype (tt) will be short. Thus, a plant with the genotype TT or Tt will be tall.
The term used to describe the allele for shortness is recessive. In this case, the allele for shortness is masked or overridden by the dominant allele for tallness.
No, not all tall pea plants are purebred for tallness. In Mendel's experiments with pea plants, tallness is a dominant trait, but if a tall plant is heterozygous (having one allele for tallness and one for shortness), it can produce offspring that are either tall or short. Only plants that are homozygous for the tall trait (having two alleles for tallness) will consistently produce tall offspring. Thus, genetic testing or breeding records are needed to determine if a tall pea plant is purebred.
In pea plants, the trait for tallness (T) is dominant over the trait for shortness (t). Therefore, a plant with the genotype Tt will exhibit the dominant trait, resulting in a tall phenotype. This means that the plant will be tall, as the presence of at least one dominant allele (T) is sufficient to express the tall trait.
This suggests that the trait for tallness is dominant over the trait for shortness in pea plants. Since all the F1 generation plants exhibited the tall phenotype, it indicates that the allele for tallness masks the expression of the allele for shortness when both are present. Mendel's experiments demonstrated the principles of dominance and inheritance, laying the foundation for modern genetics.
Men are in most cases on average taller than women, but whether an individual is tall or not depends on what traits for height they received from their parents. Most of the time, if your parents were both tall you will be tall, and vice versa. However, if you are tall and your parents are both short, and vice versa, you may have inherited a recessive gene for either tallness or shortness that skipped your parents generation.
tallness is a high trait now wasn't that a quite ok pun? Mr happycool
Purebreds is a term to describe organisms that contain a homozygous gene, whether dominant or recessive. Usually, this can be down through selective breeding which is practised in many industrial purposes, such as raising cattle. For example the gene for tallness is dominant, therefore represented by a T, while for shortness it is a recessive allele, which is represented by a t. A purebred for tallness can be either TT or tt, meaning purebred tall, or purebred short.
The genotype of a heterozygous tall plant would be Tt, with one allele for tallness (T) and one allele for shortness (t).
TT or Tt