Write the survivor rate for AA and Aa genotypes (write the answer in decimal numbers, not in fractions) Survivor rate of AA= Survivor rate of Aa=    Write the absolute fitness for AA and Aa genotypes (write the answer including two decimal figures) Absolute fitness (W) of AA= Absolute fitness (W) of Aa=    Write the relative fitness for AA and Aa genotypes (write the answer in decimal numbers, include two decimal figures) Relative fitness (w) of AA= Relative fitness (w) of Aa=

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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Write the survivor rate for AA and Aa genotypes (write the answer in decimal numbers, not in fractions)

Survivor rate of AA=

Survivor rate of Aa= 

 

Write the absolute fitness for AA and Aa genotypes (write the answer including two decimal

figures)

Absolute fitness (W) of AA=

Absolute fitness (W) of Aa= 

 

Write the relative fitness for AA and Aa genotypes (write the answer in decimal numbers, include two decimal figures)

Relative fitness (w) of AA=

Relative fitness (w) of Aa= 

asap please. 

You conduct an experiment in a mice population that has colonized a dark sand
environment in Lake Mary, Arizona. To determine whether light skin color (i.e., white
mice) is still advantageous to survive into this new environment in comparison to
dark mice, you need to calculate the expected genotype and allele frequencies to
know if there is a change in those frequencies in the next generation assuming that
they will be under selection.
AA (Aa
aa
aa
aa
aa
AA
aa
AA
Aa
AA
AA
Aa
Image description: mouse population of
a total of 10 with the following
partitioning: four dark individuals with
genotype aa, two white mice with
genotype Aa and four white mice with
AA genotype. The image shows red skull
symbols in four of the ten mice,
denotating that were killed by predation:
three of them are AA and one Aa.
Figure 1. Number of survivors in the mouse population in the dark sand environment. Lighter
color mice are dominant homozygous (AA) and heterozygous (Aa) genotypes. Dark mice are the
recessive homozygous genotype (aa). Red skull symbols represent mice that were predated by birds.
Transcribed Image Text:You conduct an experiment in a mice population that has colonized a dark sand environment in Lake Mary, Arizona. To determine whether light skin color (i.e., white mice) is still advantageous to survive into this new environment in comparison to dark mice, you need to calculate the expected genotype and allele frequencies to know if there is a change in those frequencies in the next generation assuming that they will be under selection. AA (Aa aa aa aa aa AA aa AA Aa AA AA Aa Image description: mouse population of a total of 10 with the following partitioning: four dark individuals with genotype aa, two white mice with genotype Aa and four white mice with AA genotype. The image shows red skull symbols in four of the ten mice, denotating that were killed by predation: three of them are AA and one Aa. Figure 1. Number of survivors in the mouse population in the dark sand environment. Lighter color mice are dominant homozygous (AA) and heterozygous (Aa) genotypes. Dark mice are the recessive homozygous genotype (aa). Red skull symbols represent mice that were predated by birds.
Using Figure 1, complete the following table and fill the blanks from questions 1 to 3.
Consider a reproductive rate of 3 offspring per individual genotype. Use the column
on genotype aa as example.
1.-Survivor rate
2.-Absolute fitness
(W)
3.-Relative fitness
(w)
AA
Aa
4/4=1
1 x 3 = 3
3/3 = 1
aa
Transcribed Image Text:Using Figure 1, complete the following table and fill the blanks from questions 1 to 3. Consider a reproductive rate of 3 offspring per individual genotype. Use the column on genotype aa as example. 1.-Survivor rate 2.-Absolute fitness (W) 3.-Relative fitness (w) AA Aa 4/4=1 1 x 3 = 3 3/3 = 1 aa
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