They are not related to each other.

F1 and f2 generation example. Spherical seeds are the dominant characteristic mendel collected the seeds from this cross grew f1 generation plants let them self pollinate to form a second generation and analyzed the seeds of the resulting f2 generation. This is the difference between f1 and f2 generation. Download the pdf of f1 vs f2 generation.

Examples of f1 generation a monohybrid cross. The p generation starts with two pigeons a light colored male and a dark colored female. Furthermore the f1 generation is distinctly different from the parental types.

All plants will be heterozygous tall. But f2 generation is the second filial generation of the offspring generated through inbreeding of f1 individuals. The main difference between f1 and f2 generation is that f1 generation is the first filial generation of the offspring from the parents.

In mendels experiment 1 true breeding pea plants with spherical seeds were crossed with true breeding plants with dented seeds. He then planted and observed the offspring from this cross. The single round yellow seed in the illustration represents this f1 generation.

They will have two nests with each two young resulting in four f1 offspring. But all tall plants are not similar genotypically. Mendel observed that the f2 generation contained a mixture of green and yellow pods.

This experiment demonstrates that in the f2 generation 916 were round yellow seeds 316 were wrinkled yellow seeds 316 were round green seeds and 116 were wrinkled green seeds. Because it is a cross of the offspring it represents the second filial generation or f2 generation. Plants of f1 generation are allowed to interbreed freely among themselves to get f2 generation.

The following illustration shows the p f1 and f2 generation. The f1 generation offspring are all yellowyy and roundrr. The plants in f2 generation will be tall and dwarf in the ration of 31.

When two f1 hybrids yyrr were crossed with each other f2 generation is formed. F2 generation is developed as a result of cross breeding of two f1 generation offspring together. When the father of genetics gregor mendel was first unfolding the secrets of pea genetics he started by producing lines of pure breeding peas.

The f1 generation can reproduce to create the f2 generation and so forth. All the plants in f1 generation will be tall and will have same genotypes ie.