ANSC 4395 Exam | Questions with 100% Correct
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1 genetic drift 2 P+H+Q=
homozygous dominant is cross breeding increases the
3 4
represented by frequency of
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Terms in this set (44)
, genetic drift change in gene frequencies in small populations
purely due to chance
not predictable or controllable
migration movement of individuals into or out of a population
mutation process that alters DNA to create new alleles
almost always a change that is not desirable
Hardy Weinberg equilibrium if there are no forces to change gene & genotypic
frequencies in a population, those frequencies will
not change
cross breeding increases the heterozygous genotypes
frequency of
cross breeding mating of unrelated individuals
inbreeding increases the frequency homozygous genotypes
of
fixation the point at which a particular allele becomes the
only allele at its locus in a population
selection process that determines which individuals will be
parents
population genetics study of factors affecting gene & genotypic
frequencies in a population
P+H+Q= 1
Answers | Verified | Latest Update 2026
Save
Practice questions for this set
Learn 1 /7 Study with Learn
1
Choose an answer
1 genetic drift 2 P+H+Q=
homozygous dominant is cross breeding increases the
3 4
represented by frequency of
Don't know?
Terms in this set (44)
, genetic drift change in gene frequencies in small populations
purely due to chance
not predictable or controllable
migration movement of individuals into or out of a population
mutation process that alters DNA to create new alleles
almost always a change that is not desirable
Hardy Weinberg equilibrium if there are no forces to change gene & genotypic
frequencies in a population, those frequencies will
not change
cross breeding increases the heterozygous genotypes
frequency of
cross breeding mating of unrelated individuals
inbreeding increases the frequency homozygous genotypes
of
fixation the point at which a particular allele becomes the
only allele at its locus in a population
selection process that determines which individuals will be
parents
population genetics study of factors affecting gene & genotypic
frequencies in a population
P+H+Q= 1
