1. Create a Punnett square showing the genotypes of the offspring for a homozygous dominantpurple plant crossed with a heterozygous purple plant. Be sure to include the genotype andphenotype ratios.2. In a population of snapdragons, two heterozygous pink individuals mate. What is the percentchance that a PINK plant will be the offspring? Include a Punnett square to show your work.What type of dominance does this plant show?3. There was a mix of up children in the maternity ward of a hospital. The children in question andtheir blood types are listed below.Child 1: type A (genotype I^I^ or I^i)Child 2: type B (genotype 181³ or 1³i)Child 3: type AB (genotype IIB)Child 4: type O (genotype ii)a. Which child or children could belong to a couple having AB and O blood types? Showyour work.b. Based on the previous question, is it possible to prove paternity based on bloodtypes? Explain.Lab Report Mendelian Genetics 201 4. If your individual tally for the corn kernels was not as expected, discuss one reason why youthink the ratios may have been different from the expected values.5. Did you see a difference between individual ratio (or percentage) and the classroom tally? Whydo you think that is?6. Discuss the Law of Independent Assortment and how it may be important to this cross.IFigure 6. Pedigree chart for freckles.A filled-in figure means the person has freckles; the freckles allele is dominant.7. Write the genotypes directly on the pedigree chart in Figure 6.202 Mendelian Genetics Lab Report7IIIIIIIV

Name: 1. Create a Punnett square showing the genotypes of the offspring for
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Description: 1. Create a Punnett square showing the genotypes of the offspring for a homozygous dominantpurple plant crossed with a heterozygous purple plant. Be sure to include the genotype andphenotype ratios.2. In a population of snapdragons, two heterozygous

The alleles of each parent and their potential combinations in the progeny are represented in a Punnett square. Let's use "p" to stand for the recessive gene for white color and "P" to stand for the dominant allele for purple color. A homozygous dominant purple plant has the genotype PP, and a heterozygous purple plant has the genotype Pp.Male/FemalePPPPPPPpPpPpNow, let's find out the genotypes and phenotypes of the offspring:Genotypic ratios:PP (homozygous dominant): 2 out of 4 or 1/2 or (50%)Pp (heterozygous): 2 out of 4 or 1/2 or (50%)Phenotypic ratios:Purple (PP and Pp genotypes): 4 out of 4 or 100%No white phenotype (pp genotype): 0 out of 4 or 0%Conclusion:So, the correct answer would be -Genotypic ratios:PP (homozygous dominant): 2 out of 4 or 1/2 or (50%)Pp (heterozygous): 2 out of 4 or 1/2 or (50%)Phenotypic ratios:Purple (PP and Pp genotypes): 4 out of 4 or 100%No white phenotype (pp genotype): 0 out of 4 or 0%Note: As per the rules and regulations of Bartleby, I am allowed to answer the first question only if nothing is mentioned and the rest of the questions are unrelated. So I have answered only the first question. You are requested to post the rest of the questions in a separate post. Thanks for understanding.