In the below the results are given for the saprate mating of tomato plant what are the most probable genotype for the parents in each instance?

1.purple, cut¡Ágreen cut- cut purple-321, potato purple-101, cut green-310, potato green-107
2.purple, cut¡Ápurple potato-cut purple-219, potato purple-207, cut green-64, potato green-71

I think you need to read this post and clarify it.

To determine the most probable genotypes for the parents in each instance, we need to analyze the results of the separate mating of tomato plants.

1. In the first instance:
- Purple, cut × green cut: The results are purple-321, potato purple-101, cut green-310, and potato green-107.
To determine the most probable genotypes for the parents, we need to consider the phenotypes of the offspring. In this case, purple-321 is the result of a cross between two purple plants. Therefore, both parents must carry the purple allele. Similarly, potato purple-101 is the result of a cross between a purple and a potato purple plant, indicating that one parent is purple and the other is potato purple.
Therefore, the most probable genotype for the parents in this instance would be:
Parent 1: Purple, cut (PpCc)
Parent 2: Potato purple, cut (ppCc)

2. In the second instance:
- Purple, cut × purple potato-cut: The results are purple-219, potato purple-207, cut green-64, and potato green-71.
Applying the same analysis, purple-219 suggests that both parents carry the purple allele. Additionally, the presence of potato purple-207 indicates that one parent is purple and the other is potato purple.
Thus, the most probable genotype for the parents in this instance would be:
Parent 1: Purple, cut (PpCc)
Parent 2: Potato purple, cut (ppCc)

It's important to note that the most probable genotypes are based on the results provided, assuming Mendelian inheritance. However, further confirmatory analysis or experiments may be required to validate these genotypes.