To solve this problem, we need to identify the stage of meiosis where the division of centromeres occurs.$\newline$Let's analyze each option:$\newline \bullet$Metaphase I:$\newline$ - During metaphase I, homologous chromosomes align at the metaphase plate.$\newline$ - The centromeres do not divide at this stage; instead, homologous chromosomes are separated.$\newline$ - Therefore, centromere division does not occur in metaphase I.$\newline \bullet$Metaphase II:$\newline$ - In metaphase II, chromosomes align at the metaphase plate similar to mitosis.$\newline$ - However, the centromeres still do not divide at this stage.$\newline$ - Therefore, centromere division does not occur in metaphase II.$\newline \bullet$Anaphase II:$\newline$ - During anaphase II, the centromeres divide, allowing sister chromatids to separate and move towards opposite poles.$\newline$ - This is the stage where centromere division occurs, leading to the separation of sister chromatids.$\newline \bullet$Telophase:$\newline$ - Telophase is the stage where the chromosomes reach the poles and begin to de-condense.$\newline$ - The centromeres have already divided by this stage.$\newline$ - Therefore, centromere division does not occur in telophase.$\newline$Based on the analysis, the correct answer is Anaphase II, where the division of centromeres occurs.$\newline$Thus, the correct option is Option 3: Anaphase II.