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1)metaphase 1 homologous n in a the middle

metaphase 2 sister chromatids align in the middle

2) metaphase 1 is diploid when they are lined up

anaphase 1 is haploid after they seperate

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1metaphase 1 Homologous chromosomes line up. metaphase 2 sister chromatids line up. Both have PMAT

2 tetrads

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1. Metaphase 1: homologous pairs line up

Metaphase 2: sister chromatids line up

2. tetrads and genetic information

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1.homologous chromosomes/sister chromatids

2.by how many chromosomes there are

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1) Both align in the middle

Metaphase 1- homologous chromosomes

Metaphase 2- sister chromatids

2) By how many chromosomes

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In Metaphase 1 homologous chromosomes

align on the metaphase plate and in Metaphase 2

sister chromatid align on the metaphase plate.

As the chromosomes and sister chromatid are distributed

to daughter cells, each cell receives a half set of chromosomes.

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1. Metaphase1 has interphase. Metaphase 2 has no interphase. They both are involved in reproduction.

2. By the amount of chromosomes.

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1.metaphase 1-homologous chromosomes align

metaphase 2- sister chromatids align

2

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1. meta I-tetrads line up; meta II- chromosomes line up

2. Metaphase I has tetrads lining up

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1. Metaphase I- Homologous Chromosomes line up at the center

Metaphase II- Sister Chromatids line up at the center

2. Metaphase I has tetrads line up

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1. Metaphase I: has interphase, chromosomes are replicated, forms tetrads, involves crossing over and independent assortment

Metaphase 2: same as mitosis, sister chromatin, no interphase

Both: have PMAT, provide genetic variation

2. Diploid is full, haploid is half. Count the chromosomes

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1. Metaphase 1 involves homologous chromosomes in Metaphase 2 sister chromatids line up

2. By how many chromosomes are in the cell. 23- haploid 46- diploid

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metaphase one have interphase 1 and has homologous pairs and metaphase 2 has no interphase 2 and4 duagter cells. 2genetic information

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1. metaphase 1: homologous chromosomes line up

metaphase 2: sister chromatids line up

they both line up on the equator

2. haploid: sister chromatids

diploid: tetrads

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Metaphase 2 is more similar to mitosis while metaphase 1 involves chromosomes.

The haploid is half and diploid is full so it starts full and splits up.

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metaphase I has homologous chromosomes align in the center while metaphase II has sister chromatids align.

In meiosis I, anaphase I is when it becomes haploid and it stays haploid for the rest of Meiosis; in prophase I and MetaphaseI you have homologous chromosomes.

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1) Metaphase I deals with Homologous Chromosomes while Metaphase II deals with sister chromatids

Both: line up on the cell's equator

2) Dipliod is full haploid is half

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1. metaphse 1 homoligus chrosomes lighn up

in metaphase 2 sister chromatin ligh up in the center

2. u look at the chrosomes

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1. Metaphase 1 has homologous chromosomes and metaphase ll has sister chromatids align.

2. Metaphase 1 is diploid and anaphase 1 is haploid

# data[].attributes.body
1. metaphase 1 homologous chromosomes line up at the equator

metaphase 2 sister chromatids line up in at the equator. Both line up on the equator.

2. By how many chromosomes there are.

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1. Metaphase 1- homologous chromosomes line up in center Metaphase 2- sister chromatids line up in center

2. Metaphase 1 is diploid and then changes in Anaphase 1 to become haploid.

# data[].attributes.body
1.) Metaphase 1: homologous chromosomes aligned in the center

Metaphase 2: sister chromatin aligned in the center

2.) By how many chromosomes are in it.

Haploid- 23

Diploid- 46

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1. metaphase one has homologous chromosomes and metaphase two has sister chromatin; they both align in the middle

2. by how many chromosomes are in it, between meiosis 1 and meiosis 2

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1. Metaphase 1 has homologous chromosomes line up. Metaphase 2 sister chromatids line up

2. Tetrads

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1.) Metaphase 1: Homologous chromosomes line up.

Metaphase 2: Sister chromatids line up.

2.) Tetrads

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Metaphase 1: Homologous chromosomes line up

2- sister chromatids align

Metaphase 1 has tetrads lining up