6. Allele frequencies can be estimated on genotype frequencies, and larger sample sizes give better estimates
True
False
7. Outbreeding cuases
Heterozygote excess
Heterozygote deficit
8. Stochastic fluctuations in allele frequencies due to random sampling in a finite population
Hardy Weinburg
Genetic drift
Population
9. Allele frequencies can be estimated based on genotype frequencies, and smaller sample sizes give better estimates
False
True
10. The basis of population genetic theory was created between _______
1918 and 1934
1818 - 1834
11. In ___________ populations diversity is spread among individuals according to Mendelian law
Sexual
Asexual
12. Selection causes deviations from the Hardy Weinberg equilibrium
True
False
13. _________ studies how allele and genotype frequencies vary in time and space, and which factors are causing this variation
Population genetics
Hardy Weinburg law
14. In an infinitely large population, both allele and genotype frequencies remain constant from generation to generation unless specific factors are introduced, this is _________________
Hardy Weinberg law
Mendelian law
15. Allele frequencies alone are all that are needed to calculate genotype frequencies
True
False
16. Population genetics studies what happens when the assumptions of the ___________ law are violated, eg how populations evolve at the genetic level
Hardy Weinburg
Mendelian
Haldane
17. Non random mating, mutation, migration and selection all disrupt the allele and genotype frequencies equilibrium in the
Hardy Weinburg law
Mendel law
18. ___________ the set of all genes in a population. In a population of N diploid individuals, there are 2N copies of each autosomal gene
Family tree
Population
Gene pool
Species
19. In finite populations there will be random changes in allele frequencies due to chance events