A)1.11 B)2.340 C)1.567 D)2.663 E)0.243 Based on the previous question , which of
ID: 42535 • Letter: A
Question
A)1.11
B)2.340
C)1.567
D)2.663
E)0.243
Based on the previous question , which of the following would you conclude?
A) the mutant allele will increase in frequency in the population
b) the mutant allele will decrease in frequency in the population
c) the data are consistent with presictions of the mutation accumulation hypothesis
d) the data are consistent with predictions of the antagonistic pleiotropy hypothesis
e) A and C
f) B and C
g) A and D
h) B and D
i) none of these
A)1.11
B)2.340
C)1.567
D)2.663
E)0.243
The table below represents the reprodcutive success for the wild type of a species that matures at age 3, dies at age 13, and has an annual rate of survival of 0.7. What would be the expected lifetime RS for individuals have a mutation that resulted in maturity at age 2, death at age 11, and an annual rate of survival of 0.7?Explanation / Answer
first question ; the rate of expected Rs of the individual , these corresponds to the evolution of aging 0.7 percent as athe annual survival rate by using the hadry weinburg equation for mu tation , we can cacluculate 0.7 person are having mutation in 100 ,individuals by caluclulating th e allelic frequency given e get the value
option c ; 1.56
which of the following would you conclude?
option d is the answer ,
as the pliotrphy hypothesis says that ,one gene has more effects on the phenotype , hence the mutant allele will increase in the population
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