Genes are segments of DNA that determine the phenotype of an individual. Pea colors can be yellow or green. When two plants that produce yellow peas were crossed, the offspring produced green peas. This is because the parents were for pea color. Because there are only two options for pea color, the plants’ pea color is a case of

This is because the parents were for pea color were heterozygous
Because there are only two options for pea color, the plants’ pea color is a case of simple Mendelian genetics.

Yellow pea plants cross to produce offspring with green pea. It is possible only when both the parents were heterozygous. Then only they would be able to produce offspring with yellow and green peas in the ration 3:1.

It is an example of simple Mendelian genetics or simple monohybrid cross as only two alleles (yellow and green) are involved in the production of phenotype (seed color).

The same is explained in the cross below.

saimaparvezVT saimaparvezVT · Answer 2 · 2022-07-04T11:07:16+02:00

When two plants that produce yellow peas were crossed, the offspring produced green peas. This is because the parents were for pea color Because there are simplest alternatives for pea shadeation, the flowers' pea shadeation is a case of easy Mendelian genetics.

What is a crossover in genetics?

Crossing over, as associated with genetics and genomics, refers back to the change of DNA among paired homologous chromosomes (one from every parent) that happens throughout the improvement of egg and sperm cells (meiosis). Yellow pea flowers go to supply offspring with inexperienced pea. It is feasible simplest whilst each had been impurebreed .

Then simplest they might be capable of producing offspring with yellow and inexperienced peas withinside the ratio 3:1. It is an instance of easy Mendelian genetics or easy monohybrid go as the simplest alleles (yellow and inexperienced) are concerned withinside the manufacturing of phenotype (seed shadeation).