Question
e 1 Figure 1 Figure 2 Directions: Drag each answer to the correct location. Each answer may be used more than one time. e farmer makes an incomplete pedigree of all the fspring from the two black horses to determine the obability of having another chestnut horse. Figure 1. Incomplete Pedigree Based on the incomplete pedigree in Figure 1, complete the Punnett square to predict the possible genotypes of Individual 13.
Answer
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Ian
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Answer
The possible genotypes of Individual 13 could be EE, Ee, eE, or ee.
Explanation
## Step 1: Understanding the ProblemThe problem is asking us to predict the possible genotypes of Individual 13 based on an incomplete pedigree chart (Figure 1) and a Punnett square (Figure 2). In genetics, a pedigree chart is a diagram that depicts the biological relationships between an organism and its ancestors, often used to analyze the pattern of inheritance of a specific trait. A Punnett square, on the other hand, is a graphical representation used to predict the genotypes of offspring in a cross between parents of known genotypes.## Step 2: Interpreting the Pedigree ChartIn this case, we are not given the actual pedigree chart. However, based on the question, we can infer that Individual 13 is a product of a cross between two organisms. The genotype of an organism is represented by two letters, each letter representing an allele. The allele can either be dominant (represented by a capital letter, E in this case) or recessive (represented by a lowercase letter, e in this case).## Step 3: Completing the Punnett SquareA Punnett square is completed by crossing the alleles of the parents. Since we don't have the specific genotypes of the parents of Individual 13, we can't complete the Punnett square. However, we can say that the possible genotypes of Individual 13 could be EE, Ee, eE, or ee, depending on the genotypes of the parents.### The Punnett square would look like this:| | E | e ||---|---|---|| E | EE | Ee || e | eE | ee |