III. Problem Solving: Instruction: Fill up the table by computing the dominant alleles, recessive alleles and the Hardy-Weinberg equilibrium result of each generation. Lastly, make a short conclusion below. Show the complete solution. Hardy-Weinberg Equilibrium Generation Dominant allele Recessive allele 1 35 50 65 2 50 3 73 27
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- In a monogenic genotype, the frequency of a homozygous wild type trait is 64%. What is the frequency of a homozygous mutant genotype? Show your work.What are 2 ethical concerns associated with the commercialization of polygenic scores for diagnostics? Explain each issue briefly, and what can be done to mitigate it.Please do this for me!! I would gladly appreciate it. Write one results sentences that describe what the boxplot shows (discuss variation, median, mean, and the statistical significance). Include important information about how the data was generated. Write one discussion sentences that interpret what the boxplot shows. What do you think the biological significance of the result is?
- 1. Why is statistics important in genetic studies? 2. What importance of sample size in studies involving probabilities?1. define inheritance, genes, alleles, and other basic terms used in genetics. 2. execute the basic steps in solving genetics problems 3. demonstrate Mendelian laws of segregation and independent assortment 4. solve simple monohybrid and dihybrid crosses and apply probabilities in predicting the future generations of offspringKnow how to effectively complete simple Mendelian genetics problems (both monohybrids and dihybrids). See practice questions for examples.
- Sample problems related to non Mendelian inheritanceRead, analyze and answer completely the following problems: 1. Explain why it is possible for the proband in the following pedigree to have children of blood types A, B, and AB. Considering epistatic genes, what are the possible genotypes of II-2? 2. Agouti (A) is wild type and produces alternating bands of pigment on each hair. Black (a) is recessive to agouti. A mutation on gene B (recessive b) can eliminate all color. In a cross between agouti (AABB) and albino (aabb) mice, what genotypes, phenotypes, and proportions are expected in the offspring in F1 and F2 generations?11) In the Hardy-Weinberg equation, which term refers to the heterozygous genotype? A) 2pq B) Q squared C) P squared D) 2pq squaredGive typed full explanation The Genes you are examining exhibit a continuous pattern of variation. For these Genes, a Dominant Allele represents a 1 foot increase in overall height. If you cross the following individuals, AaBb and AaBb, what percentage of the offspring will be 7 feet tall. Assume an individual with no Dominant Alleles (aabb) is 4 feet tall. Report your answer as a percentage i.e., 22.1%.
- I'm so confused with these table, how do I find the number for each one. I can do the formula but the rest im confused. Biology II. Please show me how to do it for I can practice. In a class of 20 biology students, 12 have the recessive disorder, chronic whining syndrome. Use the Hardy-Weinberg equations to determine the frequency of the recessive allele for the chronic whining disorder within the class of 20 students.Briefly describe the polygenic threshold theory. How polygenic traits can be genetically determined? What are major factors affecting gene frequencies? How the Hardy-Weinberg relationship can be used in genetic counseling? Is it useful for genetic risk prediction?1. Having black hair is represented by the following alleles: A, B, and C. Which of the following genotypes represent the alleles of having brown hair? CHOICES: A. aabbcc B. AaBbcc C. AAbbcc D. AABBCC 2. Two parents have normal vision, but their son is born colorblind.What must be the mother's genotype using XB for normal and Xb for color-blindvision? CHOICES: B. XBXB C. XBXb D. XbXb A. XX 3. The colorblind son grows up and marries a woman with normal vision. She does not carry the colorblind allele. Their genotypes are XbYb and XBXB,respectively. By using the Punnett square solve for the percentage of the phenotype. What is the percentage that their first child will be colorblind? CHOICES: A.0% B. 25% C. 50% D. 75% 4. Which of the following traits is NOT controlled by multiple genes? CHOICES: A.colorblindness C. freckles B.eye color D. hair texture