BIO 340 EXAM 2 ACTUAL 2026 QUESTIONS
AND 100% CORRECT ANSWERS
Save
Practice questions for this set
Learn 1 /7 Study with Learn
F(ST) = (2pq - H)/2pq
Choose an answer
when asked about population
structure, genetic variation
1 2 only have frequency and in HWE
between groups, inbreeding or
reduced gene flow
50% recombination frequency is
average fitness contribution with
3 the maximum and means genes 4
allele A, fitness given by genotype
are...
Don't know?
Terms in this set (66)
, only have frequency and in HWE p = p^2 + 1/2 + 2pq
when asked about population F(ST) = (2pq - H)/2pq
structure, genetic variation
between groups, inbreeding or
reduced gene flow
probability of inheriting across (1/2)^n
generations, pedigrees, shared
DNA, asking for IBD
probability of inheriting across #(1/2)^n
generations, pedigrees, shared
DNA, asking for F
given fitness value, allele frequency p' = p(wA)/avg fitness
in next generation, selection against
recessive/dominant genotype
average fitness contribution with WA = p(wAA) + q(wAa)
allele A, fitness given by genotype
given genotype fitness values, need avg fitness = p^2(wAA) + 2pq(wAa) + q^2(waa)
overall population fitness
AND 100% CORRECT ANSWERS
Save
Practice questions for this set
Learn 1 /7 Study with Learn
F(ST) = (2pq - H)/2pq
Choose an answer
when asked about population
structure, genetic variation
1 2 only have frequency and in HWE
between groups, inbreeding or
reduced gene flow
50% recombination frequency is
average fitness contribution with
3 the maximum and means genes 4
allele A, fitness given by genotype
are...
Don't know?
Terms in this set (66)
, only have frequency and in HWE p = p^2 + 1/2 + 2pq
when asked about population F(ST) = (2pq - H)/2pq
structure, genetic variation
between groups, inbreeding or
reduced gene flow
probability of inheriting across (1/2)^n
generations, pedigrees, shared
DNA, asking for IBD
probability of inheriting across #(1/2)^n
generations, pedigrees, shared
DNA, asking for F
given fitness value, allele frequency p' = p(wA)/avg fitness
in next generation, selection against
recessive/dominant genotype
average fitness contribution with WA = p(wAA) + q(wAa)
allele A, fitness given by genotype
given genotype fitness values, need avg fitness = p^2(wAA) + 2pq(wAa) + q^2(waa)
overall population fitness
