Mendel's Heredity Formula

There are some fundamental sources to explain our natural universe, we are all accustomed to this idea. We ourselves can guess from the mathematical expression of these sources that the system behaviors in relation to various events or procedures such as the direction of a football, the nuclear reactor chain reaction, or the exchange of towers from the mobile phone. However, it is difficult to say this in the field of biology. We can not yet emphasize whether there is a universal form of physics in physics like F = ma in biology. However, there is an increasing number of such days that talk about unified mathematical principles. Is there really a good mathematical story behind life? In this post, I will know little about math involved in genetics.
Most of us like to see our parents or brothers or sisters in some direction. But they are not exactly like them as an individual. But how do these appear more or less in the face? Genetics is the transmission of this feature from generation to generation. And in the same branch of science, it is called genetic engineering. This genealogy is known by genetics as a genetics.
Hippocrates has said many years ago, particles of different properties are collected in the genital cells from the body's entire body. He named these particles 'Panzin'. After that many hypothetical models of 'blending hypothesis' started to be popular after the many arguments and arguments in the beginning of the 19th century. It is said that the traits of parents and children are published in children after blending. But there was a problem in it: it is not possible to explain how many features disappear in a generation and how it comes back to the next generation.

In 1866, a cleric 'Gregor Johann Mendel' said that after attaining childhood traits, they remain intact in generation after birth, and are published in certain genres and certain conditions. Mendel named the factor in the physical nature of the feature in its publications. In 1889, after the name of the one-time prime minister Hugo de Vries, the lawyer, politician, the Netherlands named Panzin. Twenty years after this incident, Denmark's botanist and genitist Willham Johansen left the panpanani and left only the 'jin' part. I feel very proud because my birthday matches with her.
However, a mathematical and physics student, Mendel, planting a plant in a garden, a breakthrough did a research, which was unfortunate that he did not find the research in his lifetime. His experiment was roughly that after he pollinated the green beans with the yellow beans, the seed was sown only after the yellow beans (green went?). Know that they are the first generation or language of genetics F1. After that, after crossing this hybrid yellow tree, the plants found yellow and green. These are the second generation or F2. This means that the green properties of the previous generation have been simultaneously, but due to the yellow feature factor, the green feature factor could not be expressed. So green is latent here.

Each feature is determined by a pair factor. One of the pairs comes from father, another comes from his mother. Now we know these factors are called alleles, which indicate a variety of genes. Now we know two types of aliils according to Mendel's receipt. A homozygous where two alleles are one, another heterozygous, where two alleles are different. We call this allele a zincotype, and yellow or green color, or a shorter long shape that is found in the genotype, call it phenotype.
I woke up a lot of memories, now I play with a little number. Mendel worked on various types of beans. Some of these results for F2
Cottage type
Swelling 822
Sense 299
The location of the flower
Axial 651
Marginal 207
Stem length
Long 787
Shorter 277
Seed Type
Round 5474
Crank 1850
These are real information, not an example. Now if you try to find out their proportion, all of them will come closer to 3: 1! Do you remember those who have studied biology in college? In the same pattern (let the seed type) cross between two different (round and curved) plants, only the spherical seedling of F1 can be found if the round factor is detected.