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They start to differentiate.
They become abnomal through gene theory or foreign saturation.
Plant cells have a stiff cell wall, while animal cells have a flexible, semi-permiable, cell membrane. Plant cells also have a vacuole the store materials that are needed by the cell if u have any more questions then just save them here and i will try to answer them for p.s. i said i will try i never said i will so get that straight (not to be rude or anything)
Plant cells have cell membranes and cell walls, making them look box-like. Plant cells also have huge vacuoles which store water, compared with animal cells with have smaller ones or sometimes none at all. Most importantly plants have chlorophyll which are the green pancakes AS WELL AS mitochondria. Animals ONLY have mitochondria. This may seem confusing but it will all start to make sense when you learn more about what each part of the cell does.
The carbohydrates will nourish the embryo plant until it breaks through the soil and can start making its own food through photosynthesis.
plant
They start to differentiate.
A cell wall is alot more durablle than a cell membrane so around 3 billion years ago life start bu then split into two groups, plant cells and animal cells. Animal cells were like lions whil plant cells were like gazelle
One of the primary differences between animal and plant cells is that plant cells have a cell membrane made up of cellulose. This helps the plant cells to allow high pressure to build inside of it, without bursting. A plant cell has to be able to accept large amounts of liquid through osmosis, without being destroyed. An animal cell does not have this cell wall. If you start to fill the animal cell with too much distilled water or other fluid, it will eventually pop. Plant cells also are different from animal cells because they use photosynthesis to covert sunlight into needed food for the plant. Plant cells have chloroplasts, which has its own DNA, essentially directing the work of the chloroplasts. Also plant cells, if one could view them under the microscope, appear extremely different than an animal cell because of the presence of a large vacuole, which exists in the cell's cytoplasm. It usually takes up most of the room in the cell, and the membrane of the cell encircles it. It contains waste materials, water, and nutrients that can be used or secreted as necessary. a simpler awnser: plant cells have a cell wall, cytoplasm, and a bigger vaculoe :)
They become abnomal through gene theory or foreign saturation.
It's called taxonomy. They start out at the cellular level (single cell, multi-cell, fungi, plant cells, and animal cells) and then branch off into unifying themes (with/without spinal cords, warm/cold blooded, and more).
Plant cells have a stiff cell wall, while animal cells have a flexible, semi-permiable, cell membrane. Plant cells also have a vacuole the store materials that are needed by the cell if u have any more questions then just save them here and i will try to answer them for p.s. i said i will try i never said i will so get that straight (not to be rude or anything)
One of the primary differences between animal and plant cells is that plant cells have a cell membrane made up of cellulose. This helps the plant cells to allow high pressure to build inside of it, without bursting. A plant cell has to be able to accept large amounts of liquid through osmosis, without being destroyed. An animal cell does not have this cell wall. If you start to fill the animal cell with too much distilled water or other fluid, it will eventually pop. Plant cells also are different from animal cells because they use photosynthesis to covert sunlight into needed food for the plant. Plant cells have chloroplasts, which has its own DNA, essentially directing the work of the chloroplasts. Also plant cells, if one could view them under the microscope, appear extremely different than an animal cell because of the presence of a large vacuole, which exists in the cell's cytoplasm. It usually takes up most of the room in the cell, and the membrane of the cell encircles it. It contains waste materials, water, and nutrients that can be used or secreted as necessary.
One of the primary differences between animal and plant cells is that plant cells have a cell membrane made up of cellulose. This helps the plant cells to allow high pressure to build inside of it, without bursting. A plant cell has to be able to accept large amounts of liquid through osmosis, without being destroyed. An animal cell does not have this cell wall. If you start to fill the animal cell with too much distilled water or other fluid, it will eventually pop. Plant cells also are different from animal cells because they use photosynthesis to covert sunlight into needed food for the plant. Plant cells have chloroplasts, which has its own DNA, essentially directing the work of the chloroplasts. Also plant cells, if one could view them under the microscope, appear extremely different than an animal cell because of the presence of a large vacuole, which exists in the cell's cytoplasm. It usually takes up most of the room in the cell, and the membrane of the cell encircles it. It contains waste materials, water, and nutrients that can be used or secreted as necessary. a simpler awnser: plant cells have a cell wall, cytoplasm, and a bigger vaculoe :)
no there not identical but some of there cells and parts are the same like the nucleas a plant and animal cell both have these same as a cellwall or a cell membrane but some parts to a plant or animal cell do not have the same cells /parts.
The carbohydrates will nourish the embryo plant until it breaks through the soil and can start making its own food through photosynthesis.
Plant cells have cell membranes and cell walls, making them look box-like. Plant cells also have huge vacuoles which store water, compared with animal cells with have smaller ones or sometimes none at all. Most importantly plants have chlorophyll which are the green pancakes AS WELL AS mitochondria. Animals ONLY have mitochondria. This may seem confusing but it will all start to make sense when you learn more about what each part of the cell does.