The formation of egg cells through meiosis

The inability to form egg cells during meiosis

The inability to form egg cells during mitosis

The formation of egg cells during prophase

The formation of egg cells during anaphase

Oogonium, primary oocyte, secondary oocyte, and ovum

Primary oocyte, secondary oocyte, oogonium, and ovum

Oogonium, secondary oocyte, primary oocyte, and ovum

Ovum, primary oocyte, secondary oocyte, and oogonium

Secondary oocyte, primary oocyte, oogonium, and ovum

The formation of egg cells through meiosis

The inability to form egg cells during meiosis

The inability to form egg cells during mitosis

The formation of egg cells during prophase

The formation of egg cells during anaphase

Oogonium, primary oocyte, secondary oocyte, and ovum

Primary oocyte, secondary oocyte, oogonium, and ovum

Oogonium, secondary oocyte, primary oocyte, and ovum

Ovum, primary oocyte, secondary oocyte, and oogonium

Secondary oocyte, primary oocyte, oogonium, and ovum

Fallopian tube

Ovary

Uterus

Cervix

Follicle

To increase genetic diversity

To keep mutations from forming

To keep the redundancy of the cell high

To produce two cells instead of one

To produce gametes that are genetically identical

Seminiferous tubules

Lumen

Ampulla

Prostate gland

Seminal vesicle

23 chromosomes composed of 23 chromatids

46 chromosomes composed of 92 chromatids

23 chromosomes composed of 46 chromatids

46 chromosomes composed of 46 chromatids

46 chromosomes composed of 23 chromatids

To increase genetic diversity

To keep mutations from forming

To keep the redundancy of the cell high

To produce two cells instead of one

To produce gametes that are genetically identical

Fallopian tube

Ovary

Uterus

Cervix

Follicle