Monohybrid+Cross

Monohybrid cross determines a inheritance pattern of a trait. This is a cross between two parents; who are true breeding for a trait. Both of the parents are homozygous for one allele of the gene. AAxaa is an example, A is the dominant allele and a is the recessive allele for the same trait. Gregor Mendel studied genetics itself using pea plants, this study led to him discovering more about genetics itself and how it really works. In the experiment Mendel conducted, there were three crosses. In the first cross, the peas produced in the second or hybrid generation were found. In the second he had allowed the hybrid peas to self-pollinate. And on the third cross some of the phenotype in the F2 generation were allowed to self-pollinate. Gregor Mendel's research led him to a conclusion, as well as an answer to how genetics really works. On the bottom-right, two pictures will be found and hopefully it may allow you to be able to understand this a bit more.



Reference: Wikipedia was a main reference, it provided information on the topic as well as Mendel's research. There are other resources as well that can be found to help, that was just my main reference.