Mitosis 1

prophase, metaphase, anaphase, telophase

metaphase, anaphase, telophase, prophase

Anaphase, telophase, Prophase, metaphase

anaphase, telophase prophase, metaphase

True

False

a cell or an organism containing two copies of each chromosome. E.g. most body cells.

two centrioles forming a T shape at the poles of the cell where the spindle grows from.

the microtubules that pull the chromosomes towards the centrosomes.

the point on a bivalent where the spindle attaches to the pair of homologous sister chromatids.

a cell or an organism containing two copies of each chromosome. E.g. most body cells.

two centrioles forming a T shape at the poles of the cell where the spindle grows from.

the microtubules that pull the chromosomes towards the centrosomes.

the point on a bivalent where the spindle attaches to the pair of homologous sister chromatids.

a cell or an organism containing two copies of each chromosome. E.g. most body cells.

two centrioles forming a T shape at the poles of the cell where the spindle grows from.

the microtubules that pull the chromosomes towards the centrosomes.

the point on a bivalent where the spindle attaches to the pair of homologous sister chromatids.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The DNA in the cell is copied (making X-shapes, each containing a chromosome and its copy). Sub-cellular parts (such as mitochondria) are also copied.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The DNA in the cell is copied (making X-shapes, each containing a chromosome and its copy). Sub-cellular parts (such as mitochondria) are also copied.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The chromosomes line up in the middle of the cell.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The chromosomes line up in the middle of the cell.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The chromosomes line up in the middle of the cell.

The membrane around the nucleus breaks down.

The cytoplasm of the cell is separated as a cell membrane divides the cell into two daughter cells.

Each of the chromosome X-shapes splits to form two single chromosomes. The single chromosomes move away from each other.

The single chromosomes arrive at opposite ends of the cell. The membranes around each nucleus start to form again.

The chromosomes line up in the middle of the cell.

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