**Gregor Mendel’s Genetic Experiment: Wrinkle-Seeded vs. Round-Seeded Plants**Mendel conducted a cross-breeding experiment between a wrinkle-seeded plant and a pure round-seeded plant, where the round shape is the dominant trait. **Task:**Create a Punnett Square to represent this genetic relationship. Using the Punnett Square, determine what percentage of the offspring will exhibit the wrinkle-seeded trait. Please choose the correct percentage from the options below:- 100%- 75%- 50%- 25%- 0% **Explanation:**To solve this, you'll need to construct a Punnett Square incorporating the genotypes of both plants. The round-seeded plant has the dominant allele, while the wrinkle-seeded plant has two recessive alleles. Use this genetic information to predict the possible genotype combinations of their offspring.**Note:** This exercise is crucial for understanding the basics of Mendelian inheritance, emphasizing the role of dominant and recessive alleles in determining traits.

Name: **Gregor Mendel’s Genetic Experiment: Wrinkle-Seeded vs. Round-Seeded
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: **Gregor Mendel’s Genetic Experiment: Wrinkle-Seeded vs. Round-Seeded Plants**Mendel conducted a cross-breeding experiment between a wrinkle-seeded plant and a pure round-seeded plant, where the round shape is the dominant trait. **Task:**Create a P

In the first step, we identify the phenotype and which one is dominant and recessive. The homozygous Wrinkle-seeded plant phenotype is rr. ( Rr is not possible because the round trait is dominant) The homozygous pure round-seeded plant phenotype is RR. The gametes for the wrinkle-seeded plant is 'r' and 'r'. The gametes for the rounded-seeded plant is 'R' and 'R'.Now we perform the cross and generate the Punnett square. r r R Rr Rr R Rr Rr From the Punnett square, we have all the phenotype 'Rr' that represents the heterozygous round-seeded plant as the round trait is dominant over the wrinkled trait. Hence, the percentage of wrinkle-seeded offspring will be0%.