The human genome comprises 3,234.83 megabases and contains ~ 19,000 genes. it has been estimated that the genomes of humans are 99.9% identical. how likely is it that any single gene might vary from one individual to another? assume an average length for a gene of 3 kilobases. (2 points)

oak trees? ? what was listed

answer///africa and asia;

the hardy-weinberg equation is as follows:

where is homozygous dominant, 2pq is heterozygous, and is recessive.

we also know that:

so since we know that homozygous dominant is 0.53, we can solve for p:

so then we can solve for q:

so then we can solve for the heterozygous term:

so now we know that the percentage of the population that should be heterozygous is 39.6%.