Biology
Grade-10
Easy
Question
Which of the following defines the Hardy-Weinberg equilibrium?
- Constant allele frequencies that do not fluctuate from generation to generation
- Heterozygosity at all loci
- Elimination of all lethal alleles
- Elimination of genetic drift
Hint:
Constant allele frequencies that do not fluctuate from generation to generation explaind Hardy-Weinberg equilibrium
The correct answer is: Constant allele frequencies that do not fluctuate from generation to generation
- Hardy-Weinberg equilibrium is akind of principle that states genetic variation is population do not fluctuate from one generation to the next due to absence of disturbance.
-
=
dominant homozygous frequency (AA)
=
heterozygous frequency (Aa)
=
recessive homozygous frequency (aa)
|
= | dominant homozygous frequency (AA) |
|
= | heterozygous frequency (Aa) |
|
= | recessive homozygous frequency (aa) |
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