# Genetics Problem Set7. Instead of one big square, it is much easier to make two small Punnett squares, one for each gene. **In the space at the bottom of the page, draw the two squares** (from 4d and 5b on the previous page). Indicate the phenotypic ratios for each square and then multiply to get the combined probabilities. For example, the probability of having both diseases requires multiplying the probability of *each* event.a. Is the inheritance of an “A” or “a” allele dependent on (or affected by) the inheritance of a “B” or “b” allele? Why or why not?____________________________________________________________________________________*(hint: Which of Mendel’s Laws is involved?)*b. What is the chance that their child will be phenotypically normal (for both genes)? Show your work: ________________________________________________________________c. What is the chance that their child will be genotype aabb (affected with both diseases)? Show your work: ________________________________________________________________d. What is the chance that they will have a boy who has genotype AaBb (carrier for both diseases like his parents)? Show your work:____________________________________________________________________________________

Name: # Genetics Problem Set7. Instead of one big square, it is much easier
Uploaded: 2024-03-20T06:43:04.000Z
Channel: Bartleby
Description: # Genetics Problem Set7. Instead of one big square, it is much easier to make two small Punnett squares, one for each gene. **In the space at the bottom of the page, draw the two squares** (from 4d and 5b on the previous page). Indicate the phenotyp