1. 1021 12 2212 2021 11 21 12 21 Parent 1Parent 2Offspring 1Offspring 2 Offspring 1 becomes Parent 1 for next generation This is what your data screen looks like from the simulation with the exception of Offspring 2. Offspring 2 is the new genotype of the person with whom you mated. It is not recorded in your data screen but you can collect that data by looking at that person’s new genotype after mating.

2. 10 M021 F1 12 M2 22 F212 M2 20 F021 F1 11 M1 21 F1 12 M2 21 F1 Parent 1Parent 2Offspring 1Offspring 2 Translate the data for the first gene into the sex of the individual. For example, if you determined that 1 indicated heterozygous that means that 1 codes for a male since the male genotype is XY. Therefore, 2 indicates homozygous since female is XX. 1 is M 2 is F

3. 10 M021 F1 12 M2 22 F212 M2 20 F021 F1 2 is homozygous dominant 1 is heterozygous 0 is homozygous recessive 11 M1 21 F1 12 M2 21 F1 Parent 1Parent 2Offspring 1Offspring 2 MaleFemale Typically, male is represented by a square and female by a circle. Then, determine how to represent homozygous dominant, heterozygous and homozygous recessive.

4. 1121 1020 10 2221 10 11 10 11 Parent 1Parent 2Offspring 1Offspring 2 Offspring 1 becomes Parent 1 for next generation Take the following data and complete a pedigree using the previous example as an outline for how to proceed. Below is the data.

5. 1021 12 2212 2021 11 21 12 21 Parent 1Parent 2Offspring 1Offspring 2 Translate the data for the first gene into the sex of the individual. For example, if you determined that 1 indicated heterozygous that means that 1 codes for a male since the male genotype if XY. Therefore, 2 indicates homozygous since female is XX. 1 is M 2 is F

6. 2 is homozygous dominant 1 is heterozygous 0 is homozygous recessive MaleFemale Typically, male is represented by a square and female by a circle. Now, complete a pedigree that represents the genotype of each individual. 1021 12 2212 2021 11 21 12 21 Parent 1Parent 2Offspring 1Offspring 2