Please fill in UV-13: Tables A and B and use the Hardy-Weinberg Equations The document appears to be educational material about the ABO blood group system, focusing on genetic traits and their frequencies. It includes questions to guide understanding, and a table for recording allele and genotype frequencies as well as population estimates. The content is likely designed for use with the Hardy-Weinberg equilibrium to calculate and predict genetic variations.**Text Content:****ABO Blood Group System Overview:**1. Exhibits three alleles: \(I^A\), \(I^B\), and i.2. These alleles are on one locus; \(I^A\) and \(I^B\) are codominant over i.3. Use the Hardy-Weinberg equation for calculations involving these alleles.**Questions:**7. What is the codominant phenotypic trait? - (Answer: AB)8. What is the recessive phenotypic trait? - (Answer: O)9. What are the possible genotypes for these traits?**Table UV.13: A. Allele and B. Genotype frequencies and population estimates for the A and B antigens.**- Section A: Alleles and Dominance Frequencies: - p - p\(^{2}\) - q - q\(^{2}\) - 2pq - Total =- Section B: Genotype and Phenotype Frequencies: - Genotype - Phenotypic Trait - Genotype Frequencies - Population Estimates - Total =**Tasks:**10. Calculate allele and genotype frequencies for the B383012L population.11. Fill in Table UV.13 with the frequencies and estimates in sections 3 and 4 using the Hardy-Weinberg equation and formula.**Graphs/Diagrams Explanation:**There is a table (Table UV.13) divided into two primary sections: 1. **Allele Frequencies (Section A)**: - Lists potential alleles and the calculations needed to determine their frequencies and dominance.2. **Genotype Frequencies (Section B)**: - Includes columns for Genotype, Phenotypic Trait, Genotype Frequencies, and Population Estimates.This setup enables calculation and visualization of genetic frequencies within a population. **Part 5: Calculating Frequencies**Over several semesters, a population of ISU students from the Anatomy and Physiology I Laboratory typed their blood. In lab today, we will use their results to predict allele and genotype frequencies in the Biol 3302L population.- Divide into 12 separate groups with one to two people per group. Write your group’s number on the top of page UV-17.1. Determine the total number of students that typed their blood: \( n = 322 \).2. Fill in Table UV-11 with the number of students expressing the different phenotypic traits.**A. Rh (D antigen) Frequencies**Remember the Rh Blood Group System has one locus that exhibits two (2) alleles: D and d. There are two phenotypes expressed: Rh+ and Rh-. The Rh blood groups are determined by the presence of two possible alleles for the D antigen protein on red blood cells: a dominant allele (D) which encodes for the antigen, and a recessive allele (d) which does not encode for the antigen.3. What are the possible genotypes (s) for the dominant Rh trait: DD, Dd4. What are the possible genotypes for the recessive Rh trait: dd**Table UV-11**: ABO and Rh phenotypes expressed by the students in Biol 3302L.| Rh Phenotype | Rh+ | Rh- ||--------------|-----|-----|| Number of Students | 250 | 72 || ABO Phenotype | O | AB | B | A ||---------------|----|----|---|---|| Number of Students | 115 | 32 | 49 | 126 |*(The total number of students: 322.)*

Since the question contains multiple subparts, only the first three will be solved as per our…

Answered: Please fill in UV-13: Tables A and B…

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Biology

Please fill in UV-13: Tables A and B and use the Hardy-Weinberg Equations

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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