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Female Flerkens preferentially mate with the males who have large mouth tentacles. Mouth tentacle size is a fully heritable phenotypic characteristic in Flerkens. The small mouth tentacle phenotype is completely dominant over the large mouth tentacle phenotype with either TT or Tt coding for equally small mouth tentacles and tt coding for large mouth tentacles. No other evolutionary mechanisms are acting on mouth tentacle size in this population. Select the option that best describes relative fitness among the three mouth tentacle size genotypes. Relative fitness would be highest in the tt genotype followed by the relative fitness of the Tt genotype. The TT genotype would have the lowest relative fitness. We cannot make a prediction for relative fitness differences given this information. Relative fitness would be highest in the TT and Tt genotype and lowest in the tt genotype. Relative fitness would be highest in the tt genotype. The TT and Tt genotype would have equally low relative fitness.

Female Flerkens preferentially mate with the males who have large mouth tentacles. Mouth tentacle size is a fully heritable phenotypic characteristic in Flerkens. The small mouth tentacle phenotype is completely dominant over the large mouth tentacle phenotype with either TT or Tt coding for equally small mouth tentacles and tt coding for large mouth tentacles. No other evolutionary mechanisms are acting on mouth tentacle size in this population. Select the option that best describes relative fitness among the three mouth tentacle size genotypes. Relative fitness would be highest in the tt genotype followed by the relative fitness of the Tt genotype. The TT genotype would have the lowest relative fitness. We cannot make a prediction for relative fitness differences given this information. Relative fitness would be highest in the TT and Tt genotype and lowest in the tt genotype. Relative fitness would be highest in the tt genotype. The TT and Tt genotype would have equally low relative fitness.

Human Anatomy & Physiology (11th Edition)
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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Female Flerkens preferentially mate with the males who have large mouth tentacles. Mouth tentacle size is a fully heritable phenotypic characteristic in Flerkens. The small mouth tentacle phenotype is completely dominant over the large mouth tentacle phenotype with either TT or Tt coding for equally small mouth tentacles and tt coding for large mouth tentacles. No other evolutionary mechanisms are acting on mouth tentacle size in this population. Select the option that best describes relative fitness among the three mouth tentacle size genotypes. Relative fitness would be highest in the tt genotype followed by the relative fitness of the Tt genotype. The TT genotype would have the lowest relative fitness. We cannot make a prediction for relative fitness differences given this information. Relative fitness would be highest in the TT and Tt genotype and lowest in the tt genotype. Relative fitness would be highest in the tt genotype. The TT and Tt genotype would have equally low relative fitness.
Transcribed Image Text:Female Flerkens preferentially mate with the males who have large mouth tentacles. Mouth tentacle size is a fully heritable phenotypic characteristic in Flerkens. The small mouth tentacle phenotype is completely dominant over the large mouth tentacle phenotype with either TT or Tt coding for equally small mouth tentacles and tt coding for large mouth tentacles. No other evolutionary mechanisms are acting on mouth tentacle size in this population. Select the option that best describes relative fitness among the three mouth tentacle size genotypes. Relative fitness would be highest in the tt genotype followed by the relative fitness of the Tt genotype. The TT genotype would have the lowest relative fitness. We cannot make a prediction for relative fitness differences given this information. Relative fitness would be highest in the TT and Tt genotype and lowest in the tt genotype. Relative fitness would be highest in the tt genotype. The TT and Tt genotype would have equally low relative fitness.
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