Where is the cytoplasm in a plant cell? I need a real asnwer!?
913144
between the cell wall and the nucleus.
820541
thylakoids are flattened discs these are stacked and called grana and are found in the stroma of chloroplasts the thylakoid space is the space/lumen found inside the thylakoid
191035
all cells are composed of atoms in the nucleous.  All cells have a cell wall/cell membrane, cytoplasm/protoplasm.\ngolgi bodies\n\n\nYou can't have a cell without these things
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Centrioles.\n\nNucleic acid.\n\nCell membrane is found in both animals and plants but cell wall is found only in plants. Cell wall is made up of cellulose (carbohydrates), while cell membrane is made up of lipids. Cell wall does not regulate the movement of substances in and out of it, but cell membrane does.
901079
Both Prokaryotic and Eukaryotic cells might contain Ribosomes.\n\nThe organelles that Eukaryotic cells have that Prokaryotic cells do not have include a true nucleus (bound by a double membrane) and usually mitochondria.  Also in some plants, chloroplasts.
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if ur talking about cells... i think it is organelles...not sure
838328
Almost certainly a plant cell.
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Short answer yes it is true\n\nlong answer\n\nhttp://en.wikipedia.org/wiki/Calvin_cycle\n\nre previous answer\n\nChloroplasts are flat discs usually 2-10 micrometer in diameter and 1 micrometer thick. The chloroplast has a two membrane envelope termed the Inner & Outer membrane respectively. Between these two layers is the intermembrane space.\n\nThe fluid within the chloroplast is called the stroma, corresponding to the cytoplasm of the bacterium, and contains tiny circular DNA and ribosomes, though most of their proteins are encoded by genes contained in the cell nucleus, with the protein products transported to the chloroplast.\n\nWithin the stroma are stacks of thylakoids, the sub-organelles where photosynthesis actually takes place. A stack of thylakoids is called a granum (plural: grana). A thylakoid looks like a flattened disk, and inside is an empty area called the thylakoid space or lumen. The photosynthesis reaction takes place on the membrane of the thylakoid, and, as is also the case with mitochondria, involves the coupling of cross-membrane fluxes with biosynthesis.
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The most obvious (or unobvious) is the centriole found in some nuclei.\n\nMany cells also have ribosomes and vesicles which might be hard to see except under the highest powers.\n\nThe Golgi are also exceedingly small and difficult to see.
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vacuoles tend to be very large and are extremely important in providing structural support, as well as serving functions such as storage, waste disposal, protection, and growth. Many plant cells have a large, single central vacuole that typically takes up most of the room in the cell (80 percent or more). Vacuoles in animal cells, however, tend to be much smaller, and are more commonly used to temporarily store materials or to transport substances.\n\nBecause the central vacuole is highly selective in transporting materials through its membrane, the chemical palette of the vacuole solution (termed the cell sap) differs markedly from that of the surrounding cytoplasm. For instance, some vacuoles contain pigments that give certain flowers their characteristic colors. The central vacuole also contains plant wastes that taste bitter to insects and animals, while developing seed cells use the central vacuole as a repository for protein storage.\n\nAmong its roles in plant cell function, the central vacuole stores salts, minerals, nutrients, proteins, pigments, helps in plant growth, and plays an important structural role for the plant. Under optimal conditions, the vacuoles are filled with water to the point that they exert a significant pressure against the cell wall. This helps maintain the structural integrity of the plant, along with the support from the cell wall, and enables the plant cell to grow much larger without having to synthesize new cytoplasm. In most cases, the plant cytoplasm is confined to a thin layer positioned between the plasma membrane and the tonoplast, yielding a large ratio of membrane surface to cytoplasm.\n\nThere are more important functions of central vacuole but i guess the functions above are enough for you to understand its role.\n\n:)
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Plant cells have a rigid cell wall so during telephase (cytokinesis), they use a different method of divergence ('splitting' of the cell). The process is complicated, so state that plant cells do not cleave like animal cells and that they produce a cell plate from the Golgi apparatus. Also, plant cells don't have centromeres and instead use astral fibres.\n\nBefore mitosis begins, chromosomes are replicated so that their numbers are doubled.\n\nAfter a cell undergoes mitosis, the two new cells are completely identical and have the same DNA. A difference which may occur, but is of little importance, is that one cell may receive more organelles then the other when division occurs by chance.\n\nIt's important for the nuclear membrane to disintegrate during mitosis so that the chromosomes can attach to the spindle fibres and allign at the metaphase plate (or the 'equator'). It's also required so that the chromosomes can be pulled apart from each other during anaphase, and allow the division of the cell.
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Sounds like 1st yr HS biology homework.  Here´s a hint:\nBoth have a nucleus, DNA material, function similarly.\n\nThe rest should be in your text book, just look at the two diagrams and list the similar inner parts of the cells.\n\nOne more hint:\nHow they differ-\nPlant cells have rectangular shapes and have chloroplasts w/ chlorophyl.\n\nAnimal cells are round.
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Because, these cells do not have the microtubule apparatus to do so. The erect a cell wall, instead. Plant cells do not have centrioles.
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try\nhttp://www.enchantedlearning.com/subjects/plants/cell/\nor\nhttp://www.lclark.edu/~seavey/plant%20cell72-1.jpg\nor\nhttp://micro.magnet.fsu.edu/cells/plantcell.html
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The non-living cell wall surrounds the living protoplast. Within the cell wall the cell membrane encloses the cytoplasm containing organelles (chloroplasts, mitochondria, nucleus, etc.) and a vacuole.\nThe vacuole contains many chemicals dissolved in water. Osmotic pressure within the vacuole squashes the cytoplasm against the cell wall when the cell is turgid to provide shape and support.\nThe two major compartments of the living part of a plant cell are the cytoplasm and the vacuole.
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The cytoplasm containing the other cell parts.
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plant cells have vacuoles and chloroplasts while animal cells dont. plant cells synthesize their own foods while animal cells dont.\n\nribosomes are the organelles that synthesize proteins using RNA from the nucleus.\n\nI just cant seem to remember what the answer of the third question was.