Which of the following statements regarding variation in a gene pool is INCORRECT? Alleles of a gene within a population can disappear. There are alleles in a gene pool for which a phenotype is not outwardly observable. Genetic variation is static (does not change much) within a population. Variation is high when there are many different alleles for all the genes of a population and those alleles are present in different combinations. Choose the BEST terms below to Finish this statement: Small fluctuations in gene pool variation are known as _____ while the emergence of a new species is considered _____. variance; evolution microevolution; macroevolution allele frequencies; microevolution microwaves; macrovariance Alleles of a gene within a population can disappear. There are alleles in a gene pool for which a phenotype is not outwardly observable. Genetic variation is static (does not change much) within a population. Variation is high when there are many different alleles for all the genes of a population and those alleles are present in different combinations. Choose the BEST terms below to Finish this statement: Small fluctuations in gene pool variation are known as _____ while the emergence of a new species is considered _____. variance; evolution microevolution; macroevolution allele frequencies; microevolution microwaves; macrovariance
Which of the following statements regarding variation in a gene pool is INCORRECT?
Alleles of a
gene within a population can disappear.
There are alleles in a gene pool for which a phenotype is not outwardly observable.
Genetic variation is static (does not change much) within a population.
Variation is high when there are many different alleles for all the genes of a population and those alleles are present in different combinations.
Choose the BEST terms below to Finish this statement: Small fluctuations in gene pool variation are known as _____ while the emergence of a new species is considered _____.
variance; evolution
microevolution; macroevolution
allele frequencies; microevolution
microwaves; macrovariance