In a laboratory population of diploid, sexually reproducing organisms a certain trait is determined by a single autosomal gene and is expressed as two phenotypes. A new population was created by crossing 102 pure–breeding (homozygous) dominant individuals with 98 pure breeding (homozygous) recessive individuals. After four more generations, the following results were obtained.
Evaluate if the population is in Hardy–Weinberg equilibrium and calculate the allele frequencies (p and q) for each generation.
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Where are the results after four generations? Repost later with the information and maybe someone will help you solve this problem.
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