Review the variety of life cycle. This is a multiple answers question. Which statement is true about the life cycles? O In an animal life cycle, meiosis produces gametes (n). Gametes are the only haploid cells in animals O In an animal life cycle, zygote divides by mitosis to develop into a multicellular organism. Plants and some algae exhibit an alternation of generations in their life cycles. O In the life cycles of plants and some algae, the diploid sporophyte, makes haploid spores by meiosis. O In the life cycles of plants and some algac, the diploid sporophyte, makes haploid spores by mitosis. O In most fungi and some protists, the only diploid stage is the single-celled zygote; there is no multicellular diploid stage O The haploid adult in fungi and plants produces gametes by mitosis.

mitosis nuclei resides in the nucleus karyotype autosomes haploid In dividing parent cell; in the parent cell. Male and female gametes at fertilization forms a homologs Microscopic observations showed that during fertilization, the unite, providing evidence that genetic material resides in the cell membrane Brightly staining, threadlike bodies within the nucleus were termed of these bodies could be traced through cell division. chromosomes diploid A image can reveal abnormalities in meiosis of eggs and sperm ; the movements gametes contain a single set of chromosomes. The fusion of zygote. the number of chromosomes in daughter cells remains the same as in the the number of chromosomes in daughter cells is half that of Two chromosomes that match in size, shape, and banding when isolated and stained are is an image of an individual's chromosomes arranged in homologous pairs. This chromosome number and structure nondisjunction

Diploid vs. Haploid: Given n = 12a. Diploid (2n) number? b. This organism has a total of how many chromosomes?  c. How many different pairs of chromosomes does this organismhave?

1) Compare and Contrast Number of chromosomal duplications Number of cell divisions Number of daughter cells produced Number of chromosomes in daughter cells How chromosomes line up during metaphase Genetic relationship of daughter cells to parent cell Functions performed in the human body Mitosis Meiosis