Which of the following scenarios would prevent a population from being in Hardy-Weinberg equilibrium?

A. The population is evolving, and natural selection is favoring one allele over another.
B. The population will fall out of Hardy-Weinberg equilibrium if natural resources such as food are limited.
C. The population mates at specific times of the year, causing the population to fall out of equilibrium at that time of year.
D. The population is stable, but younger generations of the population have a different allele frequency.

Hardy-Weinberg equilibrium explains how allele frequencies stay constant in a population under specific conditions and how natural selection can disrupt this equilibrium.

Explanation:

Hardy-Weinberg equilibrium describes a theoretical situation where allele frequencies remain constant in a population if certain conditions are met, such as no evolutionary forces at play. The equilibrium can be disrupted by various factors, including natural selection, which favors specific alleles, causing the population to evolve over time. Therefore, evolving populations deviate from the expected values of the Hardy-Weinberg equation due to these evolutionary forces.

Learn more about Hardy-Weinberg equilibrium here:

https://brainly.com/question/31110764