5. (Spoilers! But the book is 85 years old...) Smaug met his demise during therazing of Lake-town to the bowman, Bard I. Let us instead imagine a case whereSmaug lives to sire another generation of dragons. If Smaug were to mate with adragon of Golden scales, Insect-like wings, and unable to breathe fire, whatis the resulting expected F₁ phenotype ratio?A. 9 Fire breathing, Insect Winged, Golden scaled3 Fire breathing, Bat Winged, Golden scaled3 Fire breathing, Insect Winged, Red-gold scaled1 Fire breathing, Bat Winged, Red-gold scaledB. 1 Not Fire breathing, Insect Winged, Golden-red scaled1 Fire breathing, Bat Winged, Golden-red scaled1 Not Fire breathing, Insect Winged, Golden scaled1 Fire breathing, Bat Winged, Golden scaledC. 1 Fire breathing, Insect Winged, Golden scaled1 Fire breathing, Bat Winged, Golden scaled1 Fire breathing, Insect Winged, Red-gold scaled1 Fire breathing, Bat Winged, Red-gold scaledD. 3 Not Fire breathing, Insect Winged, Golden-red scaled9 Fire breathing, Bat Winged, Golden-red scaled3 Not Fire breathing, Insect Winged, Golden scaled1 Fire breathing, Bat Winged, Golden scaledE. 1 Fire breathing, Insect Winged, Red scaled1 Fire breathing, Bat Winged, Red scaled1 Fire breathing, Insect Winged, Golden scaled1 Fire breathing, Bat Winged, Golden scaled Smaug (The Chiefest andGreatest of Calamities, TheUnassessably Wealthy, TheStupendous, etc.), is the dragonwho lords over the LonelyMountain in J.R.R. Tolkien's TheHobbit. He is described with thefollowing phenotypes:Reddish-golden scalesBatlike wingsFire breathingLet's assume the following inheritance models are true for the dragon phenotypesobserved:PhenotypeScale ColorWing ShapeFire BreathingAllelesR¹ (Red scales), R² (Gold scales)X¹ (Bat-like, Dominant),Xi (Insect-like, Recessive)F (Fire breathing), f (unable to createfire)Inheritance ModelIncomplete dominanceX-linked alleleMendelian

Name: 5. (Spoilers! But the book is 85 years old...) Smaug met his demise d
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Description: 5. (Spoilers! But the book is 85 years old...) Smaug met his demise during therazing of Lake-town to the bowman, Bard I. Let us instead imagine a case whereSmaug lives to sire another generation of dragons. If Smaug were to mate with adragon of Gold

Given the information, Smaug's genotype for the three traits , Smaug is a male dragon, and males are…

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Biology

5. (Spoilers! But the book is 85 years old...) Smaug met his demise during the razing of Lake-town to the bowman, Bard I. Let us instead imagine a case where Smaug lives to sire another generation of dragons. If Smaug were to mate with a dragon of Golden scales, Insect-like wings, and unable to breathe fire, what is the resulting expected F₁ phenotype ratio? A. 9 Fire breathing, Insect Winged, Golden scaled 3 Fire breathing, Bat Winged, Golden scaled 3 Fire breathing, Insect Winged, Red-gold scaled 1 Fire breathing, Bat Winged, Red-gold scaled B. 1 Not Fire breathing, Insect Winged, Golden-red scaled 1 Fire breathing, Bat Winged, Golden-red scaled 1 Not Fire breathing, Insect Winged, Golden scaled

5. (Spoilers! But the book is 85 years old...) Smaug met his demise during the razing of Lake-town to the bowman, Bard I. Let us instead imagine a case where Smaug lives to sire another generation of dragons. If Smaug were to mate with a dragon of Golden scales, Insect-like wings, and unable to breathe fire, what is the resulting expected F₁ phenotype ratio? A. 9 Fire breathing, Insect Winged, Golden scaled 3 Fire breathing, Bat Winged, Golden scaled 3 Fire breathing, Insect Winged, Red-gold scaled 1 Fire breathing, Bat Winged, Red-gold scaled B. 1 Not Fire breathing, Insect Winged, Golden-red scaled 1 Fire breathing, Bat Winged, Golden-red scaled 1 Not Fire breathing, Insect Winged, Golden scaled

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter4: Pedigree Analysis In Human Genetics

Section: Chapter Questions

Problem 14QP: Analysis of Autosomal Recessive and Dominant Traits Huntington disease is a rare, fatal disease that...

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When artificial selection is practiced over many generations, it iscommon for the trait to reach a plateau in which further selectionhas little effect on the outcome of the trait. This phenomenon isillustrated as shown. Explain why it occurs.
Choose the bet antwer: How do dominant and recessive alleles differ? Recensive ale never show up as a physical trat in an orgoniam tin on orgonam Dari Domeant atees have on effect even if only one is presert whle recessive de rend lwo prsent o boveon effact D] Doinant ale ore related b the gonder enledie theore of the orgonism whie
A mating between two heterozygous people with widow's peaks and free earlobes (EeWw) Key: E= free earlobes e = attached earlobes W = widow's peak w = straight hairline 田 EW Ew ew EeWw Eeww eeWw EW EEWW EEWW EeWW EEWW EeWw eeWW eeWw Ew EeWw Eeww eW EeWW ew EeWw еeww Genotypes: Genotype Count eEwW EEWW EEWW eEww Trait Heterozogous free earlobes, Heterozogous widow's peak Homozogous free earlobes, Heterozogous widow's peak Heterozogous free earlobes, Homozogous widow's peak Heterozogous free earlobes, Homozogous straight hairline Homozogous attached earlobes, Heterozogous widow's peak Homozogous free earlobes, Homozogous widow's peak Homozogous free earlobes, Homozogous straight hairline Homozogous attached earlobes, Homozogous widow's peak Homozogous attached earlobes, Homozogous straight hairline Percent 4 25 12.5 12.5 12.5 2 eewW 2 12.5 EEWW 1 6.3 EEww 1 6.3 eewW 1 6.3 eeww 1 6.3 Phenotypes: Phenotype I peE pwW] [pE pwW] [ peE pW] [ peE pw] [ pe pwW] [pE pW] [ pĒ pw] Iрe pW] [ pe pw]…
It is the year 1998, and the men and women sailors (inequal numbers) on the American ship the MedischolBounty have mutinied in the South Pacific and settledon the island of Bali Hai, where they have come intocontact with the local Polynesian population. Of the400 sailors that come ashore on the island, 324 haveMM blood type, 4 have the NN blood type, and 72 havethe MN blood type. Already on the island are 600Polynesians between the ages of 19 and 23. In thePolynesian population, the allele frequency of the Mallele is 0.06, and the allele frequency of the N allele is 0.94. No other people come to the island over thenext 10 years.a. What is the allele frequency of the N allele in thesailor population that mutinied?b. It is the year 2008, and 1000 children have beenborn on the island of Bali Hai. If the mixed population of 1000 young people on the island in 1998mated randomly and the different blood groupphenotypes had no effect on viability, how manyof the 1000 children would you expect…
Normal text BIUA Arial 14 E I 1 | I 11 3 Now, let's examine a couple more examples of phenotypic plasticity. 3. Example 2: The American Peppered Moth caterpillars (Biston betularia cognataria) are able to change their color based on the color of the twigs in which they live. What advantage might this provide to these caterpillars? Biston betularia caterpillars on birch (left) and willow (right). Support Schoology Blog I PRIVACY POLICY Terms of Use !!!
What might have happened to the colorblind allele in the Pingelapese populationfollowing the typhoon if Mwanenised hadnot had any children? Only five children?
Ancient societies used knowledge that traits are heritable in domesticating animals and developing agricultural crops. What might account for the failure to recognize that the same processes operate in humans?
Monozygotic (MZ) twins have a concordance value of 44% for a specific trait, whereas dizygotic twins have a concordance value of less than 5% for the same trait. What could explain why the value for MZ twins is significantly less than 100%?
A botanist has acquired agroup of sweet pea plants. Allef the plants have yellow pea pods he recessive trait, ecept for one, which has green pea pods he deminant trat. Pe pod color is a trait cused by asingle gene. n thistutorial, you wil determine hew the botanist can identify the genotype of the green pea pod, and how this relates to Mendel's l and meios There are two pods of peasa geen one dominant trait and a yellow one ecesse t A How could the botanist best detemine wether the gentyoe of the preen pod planthemane or heterorygous? A Cross the green pod plantwith he geenpod plant a Cross the green pod plant witha yellowpod plant. C Self polinate the green pod pant Punnett squares can be used to predet the bwo possible outcomes of the botanist's test eros, In the space below, diagrem the result if the nnown plant hemonveous (GG) and denote the expected phenotypes. Then diagram the resuit ifthe uninen plent s heterongous and denata the pected phenotypes
What is meant by sayingthat in relation to a given traitconditioned by a gene withtwo different alleles thegametes are always “pure”?
2WGatwill botho estle of grey Sr to white fer In tha offapring? Gg gg GE gg 2:2 which rsduces to 1:1 3. What percentage of the offspring will Tall Short have a tall phenotype? 4. What percentage of the offspring will have a homozygous recessive genotype? TT x tt 5. What percentage of the offspring will have white eyes? White eyes Dark eyes 6. What percentage of the offspring will have a heterozygous genotype? dd x Dd