Are centrosomes located near the centrioles?
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The centrosome is the main microtubule organizing center (MTOC) of the cell as well as a regulator of cell-cycle progression. It was discovered in 1888 by Theodor Boveri and was described as the 'especial organ of cell division.' Although the centrosome has a key role in efficient cell division, it has been recently shown that it is not necessary [1].\n\nCentrosomes are composed of two orthogonally arranged centrioles surrounded by an amorphous mass of pericentriolar material (PCM). The PCM tethers proteins responsible for microtubule nucleation and anchoring, γ-tubulin, pericentrin and ninein. Each centriole is comprised of nine triplet microtubule blades in a pinwheel structure as well as centrin, cenexin and tektin [1].
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Its called the centromere, if i understand your question correctly
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Here's what they have in common:\n1. Cell membrane is present.\n2. Vacuoles are present.\n3. Both are living cells.\n4. Mitochondria is present.\n5. Both are eukaryotic cells. \n6. Nucleus, nuclear membrane and chromatin fibers are present.\n7. Both can reproduce through mitosis. (Advanced animal cells reproduce through meiosis)\n\nPS : Don't take note of those who talk of the absence of mitochondria in plants. It's present. Only chloroplast is absent in animal cell.
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between the cell wall and the nucleus.
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Plant cells have Chloroplast... Cell Walls... and Water Vacuoles\n\nAnimals cells... of a centrioul, and food Vacoules.\n\nThose are the main differences of the organells
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a - inner membrane of mitochondrium\n\nb - membranes of endoplasmic reticulum, peroxisomes, lysosomes, vesicles and the inner membrane of the mitochondrion \n\nc - inner mitochondrial membrane\n\nd - inner mitochondrial membrane
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The cytoplasm containing the other cell parts.
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Chromatids are held together by centromeres.  An easy way to describe chromatids is that they are chromosomes that are stuck together.  Two chromatids are held together by a centromere, but as soon as they break apart the are now refered to as chromosomes.
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In mitosis the nuclear membrane breaks down and the centrosome nucleated mictrotubules can interact with the chromosomes to build the mitotic spindle. The centrosome nucleates and organizes microtubules. It plays a central role in mitosis, and in making cilia and flagella.\n\nInterestingly, centrosomes are not required for the progression of mitosis. When the centrosomes are irradiated by laser, mitosis proceed normally with a morphologically normal spindle. However, acentrosomal cells lack radial arrays of astral microtubules. They are also defective in spindle positioning and cytokinesis. The function of centrosome in this context seemed to ensure the fidelity of cell division, rather than directing it. Cells that have lost their centrosomes arrest in the following cell cycle. It is not yet clear whether this is because the centrosome plays a role in cell cycle progression or whether the arrest is the result of a generic stress response.\n\nWhen the nematode C. elegans egg is fertilized the sperm delivers a pair of centrioles. These centrioles will form the centrosomes which will direct the first cell division of the zygote and this will determine its polarity. It is not yet clear whether the role of the centrosome in polarity determination is microtubule dependent or independent.
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nucleus, cytoplasm and protoplasm ....
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A. plant cells do not have centrioles.
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Wikipedia! \n\nLysosomes have different uses, the amount in a cell changes depending on the part of life the cell is going through. Near mitosis, there are more lysosomes to assist with the process.
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chloroplasts, flagella, contractile vacuoles and the eye spot for starters.
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In biology, meiosis is the process that transforms one diploid cell into four haploid cells in eukaryotes in order to redistribute the diploid's cell's genome. \n\nIn metaphase, as kinetochore microtubules from both centrioles attach to their respective kinetochores, the homologous chromosomes align equidistant above and below an imaginary equatorial plane, due to continuous counterbalancing forces exerted by the two kinetochores of the bivalent. Because of independent assortment, the orientation of the bivalent along the plane is random. Maternal or paternal homologues may point to either pole.
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Mitosis is the formation of identical daughter cells, it has nothing to do with the interacting of "two" cells.  Plant cells have a different pinching off process when the one cell becomes two because of the cell walls.  Also animal cells have a structure called centrioles that does something in mitosis but I do NOT remember what it does...
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Plant cells do not form centromeres.
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For eukaryotes, in the neucleus. For prokaryotes, the cytoplasm because they don't have a nucleus.