hay buhay..maluto carne gulay..ae ko mn arm..pag arm q mn kaan.
To produce the F2 generation, an F1 generation hybrid from a specific cross (e.g., Aa x Aa) is self-fertilized or crossed with another F1 individual of the same genotype. This results in the F2 generation, which displays a variety of genotypes and phenotypes based on the segregation of alleles. The classic example is the monohybrid cross of Mendel's pea plants, where the F2 generation shows a phenotypic ratio of approximately 3:1 for dominant to recessive traits.
F1 and F2
In a typical monohybrid cross involving two heterozygous parents (Tt x Tt), the F2 generation would have a genotype ratio of 1:2:1 for TT, Tt, and tt respectively. This means that 25% of the F2 generation would have the genotype tt. Thus, the percentage of the F2 generation with the genotype tt is 25%.
In the F2 generation, the offspring that produced green peas likely had the genotype "tt," where "t" represents the allele for green peas and "T" represents the allele for yellow peas. Since one out of four offspring produced green peas, this follows a typical Mendelian ratio of 1:2:1 for a monohybrid cross. The parental generation would have been heterozygous (Tt), allowing for the segregation of alleles.
F1 Generation
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F2 refers to the F2 generation in genetics. First you have the P1 generation, or the 1st parents to cross. Next, their offspring is called the F1 generation. When the F1 generation offspring cross, then the F2 generation appears.
f2 generation
F1 and F2 generation is the offspring generation.F1 ( filial generation) is when two offspring plants that are alike that came from its parents, both parent plants aren't similar.F2 is the second stage. In F2 generation, the former two offspring (tall plants) will fertilize and have new offspring. The new offspring will be 75% tall and 25% short. ----------justinvo24----------------lol
To produce the F2 generation, an F1 generation hybrid from a specific cross (e.g., Aa x Aa) is self-fertilized or crossed with another F1 individual of the same genotype. This results in the F2 generation, which displays a variety of genotypes and phenotypes based on the segregation of alleles. The classic example is the monohybrid cross of Mendel's pea plants, where the F2 generation shows a phenotypic ratio of approximately 3:1 for dominant to recessive traits.
f2 generation
F1 and F2
The offspring produced by crossing F1 plants is known as F2 generation. This generation results from the self-pollination of F1 hybrid plants. The F2 generation exhibits greater genetic variability due to the recombination of alleles from the original parental lines.
it showed him a new different generation of offspring. :D
F2 generation (second filial generation)
The F1 generation consists of the offspring of a cross between two parents; the F2 generation consists of the offspring of a cross between two individuals in the same F1 generation.
they are just different