Half of the chromosomes came from your mom and the other half came from dad

All of the chromosomes came from your father

Half of the chromosomes came from your siblings and half came from your parents

All of the chromosomes came from your mother

Pairs of chromosomes that contain the same mutations

Pairs of chromosomes that code for the same characteristics in different organisms

Pairs of chromosomes that are inherited from one parent

Pairs of chromosomes that are of a similar length and that have a similar gene positioning

Chromosomes with a combination of genetic information from both parents.

A complete failure in chromosome separation.

Cells that have a reduced number of chromosomes.

Gametes with identical DNA as the parent cell.

Mitosis produces identical diploid cells and meiosis produces different haploid cells

Mitosis produces different haploid cells and meiosis produces different diploid cells

Mitosis produces different diploid cells and meiosis produces identical haploid cells

Mitosis produces identical haploid cells and meiosis produces identical diploid cells

The expression of dominant traits

The number of gametes produced

The increase of mutations in the cell

Genetic variation

Identical because they came from the same parent cell

Identical because the chromosomes are separated in meiosis I

different because DNA replication occurred during interphase

different because crossing over and independent assortment occurred

Their cells completed interphase at different times, so they developed differently over time.

Crossing over and independent assortment created unique gametes during meiosis.

During cell specialization, one sister got more chromosomes than the other sisters.

One sister got all the DNA from her mom, while the other sisters got all their DNA from their dad.

Identical genotypes among siblings

Reduction in the number of chromosomes

Uniformity in trait expression

Increased genetic variation among offspring

In order to maintain the number of chromosomes in new generations.

In order to reduce the chance of mutations in new sperm or egg cells.

In order to form a diploid organism with the correct number of chromosomes once the gametes combine.

In order to ensure a haploid embryo with half the DNA is produced once the gametes combine.

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These two processes create genetic variation in the resulting gametes.

These two processes create genetic clones in the resulting gametes.

These two processes guarantee the resulting gametes are identical.

These two processes ensure genetic compatibility in the resulting gametes.

To create identical daughter cells

To replicate DNA

To repair damaged cells

To produce gametes with half the number of chromosomes

Homologous Chromosomes separate in Meiosis I, while Sister Chromatids separate in Meiosis II.

Sister Chromatids align in Meiosis I, while Homologous Chromosomes align in Meiosis II.

The cell does not split in Meiosis I, while the cell splits into two daughter cells in Meiosis II.

Crossing over occurs in Meiosis I, while independent assortment occurs in Meiosis II.