Mitosis and Meiosis

1.

1 point

Anaphase I

Homologous chromosomes (with their sister chromatids) pair up

The Homologous chromosomes pairs line up along the equator

Sister chromatids are pulled apart to opposite ends by spindles

The Homologous chromosome pairs are “pulled” apart from each other

2.

1 point

Occurs during Telophase; Division of the cell itself

Meiosis

Mitosis

Anaphase I

Cytokinesis

3.

1 point

Centrioles move to opposite poles or ends of the cell; Homologous chromosomes (with their sister chromatids) pair up

Prophase I

Metaphase II

Telophase I

Anaphase II

4.

1 point

Cytokinesis in Animal Cells

The Homologous chromosome pairs are “pulled” apart from each other

The Homologous chromosomes pairs line up along the equator

Spindles form and attach to the centromeres

The cleavage furrow continues to pinch inward until the single cell is divided into two cells

5.

1 point

Four Stages of Mitosis and Meiosis

Prophase, Metaphase, Anaphase, & Telophase

Prophase 2, Metaphase 2, Anaphase 2, Telophase 2

Prophase 1, Metaphase 2, Anaphase 1, Telophase 2

Prophase 1, Metaphase 1, Anaphase 1, Telophase 1

6.

1 point

The sister chromatids are pulled apart by the spindles and centrioles

Anaphase

Telophase

Cytokinesis 2

Metaphase 2

7.

1 point

The cell wall is a problem; The plate then grows outward and becomes a new cell wall

Cytokinesis in Plant Cell

Meiosis

Telpphase 2

Cytokinesis in Animal Cells

8.

1 point

Cytokinesis in Plant Cell

Performed by ONLY Germ cells

The cell forms a cell plate- “vesicles” carrying cellulose, forms a cell plate in the center of the cell

Not part of Mitosis

The sister chromatids are pulled apart by the spindles and centrioles

9.

1 point

Telophase I

Spindles disappear; Cytokinesis occurs

The Homologous chromosome pairs are “pulled” apart from each other

Creates variations in the genetics of the offspring’s

Spindles form and attach to the centromeres

10.

1 point

Mitosis- Telophase

The Homologous chromosomes pairs line up along the equator

Nucleus reassembles; Spindles disappear

Spindles (proteins) form and attach to the centromere’s

Centrioles move to opposite poles or ends of the cell

11.

1 point

Prophase I

Homologous chromosomes; DNA Condenses

Spindles form and attach to the centromeres of the sister chromatids

The Homologous chromosomes pairs line up along the equator

The Homologous chromosome pairs are “pulled” apart from each other

12.

1 point

Cytokinesis

Performed by Somatic cells and Germ cells

Not part of Mitosis; Division of the cell itself

Creates variations in the genetics of the offspring’s

Spindles (proteins) form and attach to the centromere’s

13.

1 point

The cell divides twice in this process; Performed by ONLY Germ cells

Plants cell

Cytokinesis Animal cell

Meiosis

Mitosis

14.

1 point

The sister chromatids line up along the equator

Telophase 2

Anaphase 2

Metaphase

Prophase

15.

1 point

The Homologous chromosome pairs are “pulled” apart from each other

Telophase

Anaphase I

Prophase II

Metaphase II

16.

1 point

Centrioles move to opposite poles or ends of the cell; Spindles (proteins) form and attach to the centromere’s

Anaphase

Metaphase 2

Prophase

Prophase 2

17.

1 point

Deals with Homologous chromosomes

Telophase 2

Meiosis I Division

Mitosis

Meiosis II Division

18.

1 point

What produces the exact copy of each other; similar to Asexual Reproduction

Meiosis

Mitosis

Plant Cell

Cytokinesis

19.

1 point

Define Spermatogenesis

Spindles disappear

Produces the sperm cells

Daughter cells are called “Gametes"

Produces the egg cell

20.

1 point

The Homologous chromosomes pairs line up along the equator

Anaphase II

Prophase I

Metaphase II

Metaphase I

21.

1 point

Meiosis II Division

Deals with sister chromatids

Anaphase 2

Prophase 2

Deals with Homologous chromosomes

22.

1 point

The cell forms a cleavage furrow

Prophase

Metaphase 2

Cytokinesis in Animal Cells

Cytokinesis in Plant Cell

23.

1 point

Metaphase I

The Homologous chromosome pairs are “pulled” apart from each other

Cytokinesis occurs

Homologous chromosomes (with their sister chromatids) pair up

The Homologous chromosomes pairs line up along the equator

24.

1 point

Spindles disappear; Cytokinesis occurs

Cytokinesis

Anaphase II

Prophase I

Telophase I

25.

1 point

Mitosis- Anaphase

Nuclear envelope disappears

The sister chromatids are pulled apart by the spindles and centrioles

The sister chromatids line up along the equator

Centrioles move to opposite poles or ends of the cell

26.

1 point

Mitosis

Cells duplicate themselves, Producing exact copies of each other

Produces Four Haploid Daughter Cells

Creates variations in the genetics of the offspring’s

Sister chromatids are pulled apart to opposite ends by spindles

27.

1 point

Mitosis-Metaphase

Nuclear envelope disappears

The sister chromatids line up along the equator

The sister chromatids are pulled apart by the spindles and centrioles

Spindles disappear

28.

1 point

Meiosis

Chromosomes decompress

Produces Four Haploid Daughter Cells

Similar to Asexual Reproduction

The cell wall is a problem

29.

1 point

Meiosis I Division

Produces the sperm cells

Deals with Homologous chromosomes

Deals with sister chromatids

Nucleus reassemble

30.

1 point

Nucleus reassembles; Chromosomes decompress

Anaphase 2

Telophase

Cytokinesis

Metaphase 2

31.

1 point

Mitosis- Prophase

The sister chromatids line up along the equator

Spindles disappear

DNA condenses into observable sister chromatids

The sister chromatids line up along the equator