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- - 1 attacnment Phenotype Genotype Number MM LMLM 182 MN LMLN 172 NN LNLN 44 Calculate the genotypic frequency of the LMLN genotype? (2 pts) A. 0.457 C. 0.111 B. 0.432 D. 0.216I need help in table 2 & 3 please Table 1 Phenotype O E O-E (O-E)^2 (O-E)^2 /E Disease, Male 304 433.875 129.875 16789.68 38.69 Disease, Female 267 433.875 166.875 26855.01 61.89 WT, Male 285 144.625 140.375 19705.14 136.25 WT, Female 301 144.625 156.375 24453.15 156.37 Total 1157 1157 393.20 DF 3 p-value 7.84 Expected progencies as per SLR MOI’s = 1:1 for both male and female Phenotype O E O-E (O-E)^2 (O-E)^2 /E Disease, Male 304 289.25 14.75 217.56 0.75 Disease, Female 267 289.25 22.25 495.06 1.85 WT, Male 285 289.25 4.25 18.06 0.06 WT, Female 301 289.25 11.75 138.06 0.46 Total 1157 1157 3.12 DF 3 p-value 7.84 Progenies are following SR MOI’s that parents have genotypes and progenies in ratio 1:1 In Table 2,…Using letters A and a for the genes, what is the genotype of individual II-7 (hint, take a look at their children). 1 II 3 4 III 1. 3 9. 8 9. 10 IV 1. 3 4 6 7. 8. 1 O AA O Aa О а O Aa or AA 2. 4. 2. 2.
- Below is a pedigree for a family into which Individual III-4 has married. He and his spouse, Individual III-3, are visiting a genetic counselor because they are expecting a baby (Individual IV-1). They want to know the chance that the baby will get the autosomal recessive genetic disease seen in Individual II-2. Overall, in the population, the disease is known to affect 1 in 625 individuals in the population to which this family belongs [assume this frequency is the result of random mating so represents f(aa)] I. II. E III. IV. 1 1 2 2 3 1 3 1 4 2 4 5AA Aa aa 55 20 25 What is the frequency of the a allele? 0.14 O 0.2 0.25 0.35 0.55 0.65 O 0.75 0.8 839 PM A D 6 D a s/8/2021I 4 2 3 1 II #a 9 10 8 5 7 6 3 II 2 2 10 3 6 4 5 IV 1 3 6 7 8 2 5 9 8. If individuals IV-3 and IV-4 marry, what is the probability that their first child will have the disease? С. 1/64 Е. 1/16 А. 1/32 D. 1/12 B. 1/48 110! 9. Statistically, this trait has a probability of 0.0001 in the population in which these families live. If IV5 is married with a man who is also in this community. What is the probability if your first child has this trait? E. 0.246% B. 0.0413% C. 0.165% D. 0.123% A. 0.0825% 10. If the disease is inherited as an autosomal dominant trait with 50% penetrance, then what would be the possibility that the first child from the marriage of IV3 and IV4 shows this disease? A 1.0 B. 0.0417 E. None of the C. 0.0313 D. 0.1342 answers. CO --IN о
- IV 0000 In the accompanying figure, determine the possible genotype(s) of IV-8. 23 2 3 AA or Aa AA only Aa only aa only Cannot be determined N 3 5 6 7 8 9 7 TO 11 10What are the OBSERVED allelic frequencies given this AA= 15 Aa= 10 aa= 25 A= a=The common garden pea (Pisum sp.) can have green or yellow pea pods. Green peas are either homozygous dominant or heterozygous, while yellow peas are homozygous recessive. In a population of 500, there are 150 yellow individuals. Calculate q, p, p^2, 2pq, q^2.Then determine the number of mottled and orange individuals in the population. Select all the answer below that are correct. Note p? and p^2 are equivalent notation.
- If a woman of blood type A has a child of blood type O, which of the following could be the father's blood type? A blood type A, AB, or O, but not B blood type O, only blood type A or B, only OAnsered Incomectly D. blood type A, B, or O, but not AB ©2021Iluminate Education Inc O Type here to search hp %23 %24 5. 6. 8. C V alt LL D.Jon is a member of population A in which the general risk for cleft lip is 0.0008. Jon’s mother, two of his maternal uncles and one of his cousins have cleft lip. Jon has married to a woman with no history of cleft lip in her family. This couple’s first child has cleft lip. The chance that their second child would also have cleft lip is about _____. a. 0.001 b. 0.005 c. 0.008 d. 0.01 e. 0.02 f. 0.03 g. 0.04 h. 0.05ab H Q9. Who's gonna take you home tonight? There has been a mix up in the maternity ward. The babies have managed to remove their wrist bands. On their wrist bands are their blood groups and names. and art Billy Smith Blood group:A Sarah Chadwick Blood group:AB Imran Ahmed Blood group:B Johnny Honest Blood group:0 nislax 80 Complete the table to match each parent to their baby by indicating the parental genotypes using the symbols IA, IB, and i, and then the name of the baby that belongs to each set of moo parents. Consider one blood type might have more than one genotype. ever Parental Blood groups Parents Genotype Baby Blood Group O and O si grappo AB and O 196² A and O AB and A Completed forms to be made available for external moderation.