interphase
Prophase
Metaphase
Anaphase
Telophase/cytokinesis
100

What phase of the cell cycle prepares for cell division?

Interphase

100

Prophase is the _______stage of mitosis.

Second stage

100

Metaphase is the ______ stage of mitosis.

Third stage

100

Anaphase is the _____ stage of mitosis.

Fourth stage.

100

The final stage of the cell cycle is _______.

Cytokinesis 

200

Is interphase the shortest or longest part of the cell cycle?

Interphase is the longest part of mitosis.

200

The cells chromatin shortens during prophase (true or false)

True

200

The shortest phase of mitosis is metaphase. (true or false)

False

200

What happens to the chromosomes in anaphase?

They move toward the opposite poles.

200

What is the result of cytokinesis?

Two identical daughter cells

300

Is the nuclear membrane still intact during interphase?

Yes

300

What happens to the nuclear envelope in this stage?

The nuclear envelope begins to break down.

300

The nuclear envelope reforms during metaphase. (true or false)

False

300

During anaphase, each pair of chromosomes is separated into ______ identical, independent chromosomes.

Two 

300

What happens to the cell in telophase? 

It divides into two daughter cells.

400

During interphase, the __________is replicated.

The DNA is replicated.

400

During prophase chromatin changes into ________.

Chromatin fibers become coiled into chromosomes

400

What happens to the centromeres and chromatids?

Centromeres divide and chromatids separate.

400

What pinches together at the center of the cell during this phase?

The cell membrane.

400

What is completely formed in this step?

The cell plate is completely formed in this step

500

List the three parts of interphase in order.

G1, S, G2

500

What happens to the chromosomes in prophase?

They condense and become visible.

500

What condenses during metaphase?

The cells genetic DNA.

500

Daughter _____ move to opposite ends of the cell

Chromatids

500

What happens to the chromosomes in telophase?

The chromosomes begin to become chromatin again.

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