Question

To reproduce sexually, an organism must create haploid [1] cells, or [2], from diploid cells via a specialized cell division called [3]. During mating, the father's haploid cells, called [4] in animals, fuse with the mother's haploid cells, called [5]. Cell fusion produces a diploid cell called a [6], which undergoes many rounds of cell division to create the entire body of the new individual. The cells produced from the initial fusion event include [7] cells that form most of the tissues of the body as well as the [8]-line cells that give rise to the next generation of progeny. Allele, bivalent, germ, pedigree, pollen, meiosis, gametes, somatic, eggs, zygote, mitosis, sperm 1. germ 2. gametes 3. meiosis 4. sperm 5. eggs 6. zygote 7. 8.

          To reproduce sexually, an organism must create haploid [1] cells, or [2], from diploid cells
via a specialized cell division called [3]. During mating, the father's haploid cells, called [4]
in animals, fuse with the mother's haploid cells, called [5]. Cell fusion produces a diploid
cell called a [6], which undergoes many rounds of cell division to create the entire body of
the new individual. The cells produced from the initial fusion event include [7] cells that
form most of the tissues of the body as well as the [8]-line cells that give rise to the next
generation of progeny.
Allele, bivalent, germ, pedigree, pollen, meiosis, gametes, somatic, eggs, zygote, mitosis,
sperm
1. germ
2. gametes
3. meiosis
4. sperm
5. eggs
6. zygote
7.
8.

To reproduce sexually, an organism must create haploid [1] cells, or [2], from diploid cells
via a specialized cell division called [3]. During mating, the father's haploid cells, called [4]
in animals, fuse with the mother's haploid cells, called [5]. Cell fusion produces a diploid
cell called a [6], which undergoes many rounds of cell division to create the entire body of
the new individual. The cells produced from the initial fusion event include [7] cells that
form most of the tissues of the body as well as the [8]-line cells that give rise to the next
generation of progeny.
Allele, bivalent, germ, pedigree, pollen, meiosis, gametes, somatic, eggs, zygote, mitosis,
sperm
1. germ
2. gametes
3. meiosis
4. sperm
5. eggs
6. zygote
7.
8.

Added by Crystal A.

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