They look sort of like rings, or inflated pennies.
Leucoplasts are colorless plastids found in plant cells that store starch, lipids, or proteins depending on the type. They appear as small, colorless organelles that lack pigments and do not contain chlorophyll. Leucoplasts are characterized by a clear matrix and are often found in non-photosynthetic tissues of plants.
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
Bacteria cells are prokaryotic and lack a nucleus or membrane-bound organelles, unlike plant and animal cells which are eukaryotic. Bacteria cells are typically smaller and simpler in structure compared to the more complex plant and animal cells. Additionally, bacteria cells have a cell wall made of peptidoglycan, while plant cells have a cell wall made of cellulose and animal cells do not have a cell wall.
By definition, all human cells are animal cells. Different cells look different from others, no matter the organism. A human nerve looks almost identical to a nerve from a chimp, but a human nerve looks nothing like a cell from a chimp's muscles.
No, the smallest parts of a plant and animal do not look the same. Plants are made up of cells that have cell walls, chloroplasts, and large central vacuoles, while animals are made up of cells that lack cell walls, chloroplasts, and have smaller vacuoles. Additionally, plant cells typically have a rectangular shape, while animal cells are more irregular in shape. The differences in cell structure reflect the different functions and adaptations of plants and animals.
they look like dog terds
Leucoplasts are colorless plastids found in plant cells that store starch, lipids, or proteins depending on the type. They appear as small, colorless organelles that lack pigments and do not contain chlorophyll. Leucoplasts are characterized by a clear matrix and are often found in non-photosynthetic tissues of plants.
rigid, kinda like the sun or a sun flower. they are only on plant cells
there is moving bubbles that look like snake skins like a cell
they are different because they are
plant cells store food in the plant and animals look for food to eat
you have to zoom in really close to the cell...plant! but you cant just get a magnifying glass, u have 2 get like a microscope and look at a sertain spot!
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
fIRST LOOK AT THE SHAPE. bACTERIA TEND TO HAVE A BLOB LIKE STRUCTURE. aND pLANT CELLS HAVE RIGID, RECTANGLE LIKE CELL WALLS. nEXT LOOK AT THE NUCLEUS... bACTERIS HAVE NO NUCLEUS, JUST A SET OF CHROMOSOMES. pLANt CELLS HAVE nUCLEUS WHICH YOU CAN EASILY TELL IF IT'S THERE. LASTLY LOOK AT COLOUR, pLANT CELLS USUALLY TEND TO BE GREEN BECAUSE THEY HAVE CHLOROPLASTS THAT TAKE UP MOST OF THE SPCE IN THE CELLL MAKING IT GREEN.
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For many trees during the fall, chloroplasts die out and the plant loses the green look. When this occurs, other plastids such as chromoplasts must provide the plant with photosynthesis.
Bacteria cells are prokaryotic and lack a nucleus or membrane-bound organelles, unlike plant and animal cells which are eukaryotic. Bacteria cells are typically smaller and simpler in structure compared to the more complex plant and animal cells. Additionally, bacteria cells have a cell wall made of peptidoglycan, while plant cells have a cell wall made of cellulose and animal cells do not have a cell wall.