Create a Punnett Square for Pea Plants

What is the genotype and phenotype result if we cross 2 pea plants that are heterozygous green (Gg)?

Assuming green is dominant, what would be the genotype and phenotype outcomes?

Genotype and Phenotype Results:

The genotype result of crossing 2 heterozygous green pea plants (Gg) would yield the following:
- 1 GG (green)
- 2 Gg (green)
- 1 gg (other color)

The phenotype result would be:
- 3 green pea plants
- 1 other color pea plant

When crossing two pea plants that are heterozygous green (Gg), it is important to understand the genetic principles involved. In this case, green is the dominant trait. By creating a Punnett square for this genetic cross, we can determine the possible combinations of genotypes and phenotypes.

In the Punnett square, we can see that there are four possible outcomes when crossing two Gg pea plants. These outcomes include 1 GG (green), 2 Gg (green), and 1 gg (other color). This demonstrates the genetic diversity that can result from this cross.

Based on the principles of dominant and recessive traits, the phenotype result would consist of 3 green pea plants and 1 pea plant with a different color. This illustrates how genetic traits can be passed down from parent plants to their offspring.

Overall, by understanding the genotype and phenotype results of crossing 2 heterozygous green pea plants, we can gain insight into the genetic inheritance patterns of pea plants and how traits are expressed in subsequent generations.