Question

what will we do? we will identify patterns among the genotypes of all pride individuals and reassess our hypotheses regarding their relationships. procedure: 1. using the genotype data from data set 5 on the back of this sheet, look for patterns among individuals. 2. consider possible family relationships that exist among members of the pride based on this combined data. 3. discuss with your group how this data could be used to definitely determine who the mother is of the cubs. 4. determine whether your hypotheses for parentage was proven true or false, citing evidence. making sense: 1. what observations did you make when viewing the genotypes? - more male lions were compatible to be cubs 2. discuss with your group how you can make sense of this genotype data and how it can be used to determine parentage. write the procedural steps here, adding more steps if needed: step 1: step 2: step 3: 3. how was this procedure different now that the male genotypes are available? 4. did this data prove your hypotheses? cite your evidence here: 5. below, determine a way to represent your data and findings. tables should be done using pencil and a straight edge and should be designed to make sense to another reader.

Explanation:

Step1: Analyze genotype data

Look for common alleles and genetic markers among individuals in Data Set 5.

Step2: Infer family - relationships

Compare genotypes to identify possible parent - offspring relationships. For example, cubs should inherit alleles from their parents.

Step3: Determine mother

The female with the most genetic matches to the cubs in key genetic loci is likely the mother.

Step4: Evaluate hypotheses

Check if the observed genetic patterns match the hypothesized parent - offspring relationships. If alleles in cubs are present in a female, it supports the hypothesis that she is the mother; if not, it refutes it.

Answer:

The steps to determine the mother of the cubs involve analyzing genotype data for patterns, inferring family - relationships based on allele inheritance, identifying the most likely mother through genetic matches, and evaluating hypotheses with genetic evidence.