6) Is population 3 in Hardy Weinberg equilibrium?7) Analyze the pattern you see in population 1 and population 3?Regarding the environment, what is similar between thesepopulations? Regarding the grasses in these populations, what isdifferent?Here is a simple map of the bent grass populations.Роp 1Рор 3Роp 2Mine8) What is the primary evolutionary force driving population 2 awayfrom Hardy-Weinberg equilibrium?9) What evolutionary force is keeping population 2 from beingperfectly adapted to the heavy metal soils?10) What evolutionary force is keeping population 3 from beingperfectly adapted to the non-heavy metal soils?11) Draw an arrow on the map above indicating what direction youthink the wind blows Population 1-Bent grass Population 2-Bent Grassnear Mining Tailings(lots of heavy metals)Population 3-Bent Grassnear Mining Tailings (lots far from Mining Tailingsof heavy metals)(no heavy metals)Frequency of recessiveallele conferring resistance allele conferring resistance allele conferring resistanceto heavy metals = 0.422% mortality when grown 50% mortality whenin presence of heavy metals; grown in presence ofheavy metals; growth rateFrequency of recessiveFrequency of recessiveto heavy metals = 0.1to heavy metals = 0.795% mortality whengrown in presence ofheavy metals; growth rate growth rate index* = 26index* = 76index*= 55

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Answered: 6) Is population 3 in Hardy Weinberg…

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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would the heritability of human height in native Hawaiians different from the height of Lithuanians? 1) no since both of them are in different racial groups 2) yes since the genetic diversity and the environment influences are different in both groups 3) yes, the sample size in the study is not the same 4) no because heritability is homogenous across all subpopulations.
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