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Meiosis is a type of division that is otherwise also known as reduction division. This type of cell division is only observed in germ cells that give rise to gametes. The gametes will possess only half the number of chromosomes from the parent.

When meiotic divisions are interrupted, it can cause mishappenings in the gamete formation. Sometimes it can cause chromosomal anomalies in the developing fetus. This type of mishappenings does not occur equally in males and females because they are not normal.

Thus, interruptions in meiotic divisions do not result in the same number of chromosomes in males and females.

Therefore, the given option is false.

The functional gametes that are produced by males and females are not the same. Females produce lesser eggs when compared to sperms produced by males. Males have to produce multiple sperms to ensure successful fertilization.

Thus, the number of gametes in males and females is not the same.

Therefore, the given option is false.

The number of meiotic divisions that a germ cell has to undergo to produce gametes is the same in both males and females. In meiotic division, a single parent cell undergoes chromosomal division to produce separate gametes. Once the chromosomes are separated, the cell undergoes nuclear division to produce gametes.

Thus, the meiotic divisions required to produce gametes are the same in both males and females.

Therefore, the given option is true.

The cell types that are produced by meiotic divisions are not the same in males and females. The males produce sperms through meiotic divisions, while females produce a single function egg or ovum every month. Therefore, the gametes produced are not the same structurally or in number.

Thus, the meiotic divisions in males and females do not produce the same gametes.

Therefore, the given option is false.