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Independent Assortment is when homologous pairs of chromosomes are placed randomly at metaphase 1 of meiosis.
Crossing Over is when DNA inherited from the parents cross over and combine.
In Random Fertilization, any sperm can fuse with any ovum, which is an unfertilized egg

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Independent Assortment of Chromosomes: When each pair of chromosomes, from the maternal and paternal homologs, are sorted randomly into daughter cells.
Crossing Over: Occurs only in Meiosis, during Prophase I. It is when genes from the paternal and maternal chromosome are partially "switched" creating genetically different chromosomes.
Random Fertilization: When any sperm fuses with any ovum (egg) randomly, resulting in a variety of combinations.

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Independent Assortment o

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Independent Assorment o

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Independent Assorment of

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Independent assortment is when pairs of chromosomes are randomly placed.
Random Fertilization adds to genetic variation
Crossing over happens in Prophase I and allows each parent chromosome to exchange genes.

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Crossing over, independent assortment, and random fertilization. Crossing over where chromosomes have combined DNA from each parent. Independent assortment is where each pair of of chromosomes randomly sorts maternal and paternal homologs into daughter cells independently of the other pairs. Random fertilization is that any sperm can fuse with any egg.

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Independent assortment: random oriantation of chromosomes in metaphase I
Crossing over: combination of DNA from each parent
Random fertilization: any sperm can fuse with any ovum

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Independent assortment: homologous chromosomes arrange randomly along the metaphase plate during metaphase 1
Crossing over: DNA from each parent combines
Random fertilization: any sperm cell can fuse with any ovum

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Independent assortment- pairs of chromosomes randomly at oriented.
Crossing over- recombinant chromosomes, combine DNA from each parent.
Random Fertilization- adds variation because any sperm and ovum can fuse.

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Crossing over-mixing of paternal and maternal genes
independent assortment-Random arrangement during metaphase 2 on metaphase plate
Random fertilization-Any sperm fusing with any egg

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Independent assortment: Chromosomes randomly align on the metaphase plate

Random fertilization: random sperm fertilizes a random egg with different genetic variation

Crossing over: chromosomes exchange genetic information, causing more variation in daughter cells

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Independent assortment of chromosomes: each pair of chromosomes sorts the maternal and paternal homologs into daughter cells (completely random)
Crossing over: occurs during Prophase I and is when genes from a maternal chromosome "switch places" with the corresponding genes from the paternal chromosome
Random fertilization: any sperm can fuse with any ovum, adding to genetic variation

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Independent Assortment of Chromosomes- Is the random placement of homologous chromosome pairs where each chromosome sorts the maternal and paternal homologs in a random order.
Random Fertilization- Any sperm can combine with any ovum which means there is an array of possible combinations
Mutations- Change in organisms DNA that affects their physical characteristics and genes
Crossing Over- When recombinant chromosomes "cross over" and swap genes

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Crossing over combines DNA, producing chromosomes with new combinations of maternal and paternal alleles. In independent assortment each pair of chromosomes sorts the maternal and paternal homologs into daughter cells independently of the other pairs. Finally, random fertilization allows any sperm to fuse with any ovum.

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Crossing over: each parent exchange genes to produce recombinant chromosomes.
Independent assortment: chromosomes orient randomly at metaphase I.
Random fertilization: Any sperm can bind with any unfertilized egg.

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Independent assortment of chromosomes, crossing over, and random fertilization. Independent assortment is when chromosomes randomly are assorted into daughter cells. Crossing over is when chromosomes are combinations of maternal and paternal alleles. Random fertilization is when any sperm fuses with any ovum.

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Crossing over: When chromosomes get close together and switch parts of each other to the other.
Independent assortment: when pairs of chromosomes sort maternal and paternal homologs into daughter cell independently from other pairs.
Random fertilization: When any sperm fuses with any ovum.

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Crossing Over - Happens in Prophase I, where chromosomes change genes.
Random Fertilization - Any sperm can combine with any ovum.
Independent assortment - Genes from homologous pairs of chromosomes are assorted randomly in daughter cells.

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Crossing over results in chromosomes containing genes from both parents, creating genetic variation. Independent assortment is when homologous pairs are assorted randomly. Random fertilization allows genetic variation because any sperm can combine with any egg.

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Crossing over which is where some alleles from the maternal and paternal homologous pairs switch, random fertilization is where any sperm can fuse with any ovum, and independent assortment of the chromosomes where homologous pairs of chromosomes orient randomly at metaphase I of meiosis

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Random fertilization- it adds to genetic variation
Crossing over- produces recombinant and happens in prophase I chromosomes
and independent assortment- random orientation of homologous pairs.

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Crossing over- is when the chromosomes break and bind with the other. Independent assortment-is the random assortment of homologous pairs. Random fertilization- A variety of sperm and egg cells can bind together creating a variety of outcomes in the zygote.

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Independent Assortment of Chromosomes: When the maternal and paternal chromosomes are sorted into daughter cells, there a many possible combinations that the chromosomes can be sorted into.

Crossing Over: When homologous chromosomes meet, the sometimes touch, exchanging genes and different parts of the chromosome

Random Fertilization: There are a number of sperm cells that can fuse with a number of ovum, increasing the variability

Mutations: Changes in an organism's DNA can alter their genes and characteristics

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Crossing over: Takes places during Prophase 1 in meiosis and it's where a portion of the chromosomes touch and exchange genes.
Independent Assortment: Homologous pairs of chromosomes randomly assort their genes into the daughter cells.
Random Fertilization: Any sperm can fuse with any egg.

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Crossing over is the mixing of homologous pairs in Prophase I. Independent Assortment is the random assortment of homologous pairs on the metaphase plate. Lastly, Random Fertilization is when a random sperm combines with a random egg.