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A plant has a cell membrane and so does an animal, but they're not just one. An animal has a cell membrane just like a plant but they look different and have different functions.
In a filament, cells may vary in size, shape, and structure, reflecting their specific functions or developmental stages. For instance, some cells could be elongated for structural support, while others might be smaller and more rounded for storage or transport. Additionally, variations in color or texture may indicate differences in cell types, such as those involved in photosynthesis versus those responsible for nutrient storage. These differences enable the filament to perform a range of biological roles effectively.
Because each cell is like a person. Every cell will look differently even if they are eukaryotes or Prokaryotes. Eukaryotes reproduce asexually while prokaryotes repoduce sexually. ( I am a 12 year old you should know this ) =)
It depends on what cell you are looking at.
Cell wall
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Some filaments of the Spirogyra are branched and look like bushes. Some of the others do not have any branches.
The build-up of the cell is very different. Look up an image of an animal cell, then look up an image of a plant cell. They're much different
The student should search for a fresh specimen of spirogyra in ponds, lakes, or slow-moving streams where this green filamentous alga is commonly found. Look for clear water with good sunlight penetration, as spirogyra thrives in such environments.
A plant has a cell membrane and so does an animal, but they're not just one. An animal has a cell membrane just like a plant but they look different and have different functions.
All Oscillatoria cells look alike and are similar in structure. There is no differentiation of certain cells within the filament. Each cell performs the same functions in terms of photosynthesis and reproduction.
Their formatting. You can set many different formats for cells, like different number types or different fonts or different colours for the cell or the contents.
In a filament, cells may vary in size, shape, and structure, reflecting their specific functions or developmental stages. For instance, some cells could be elongated for structural support, while others might be smaller and more rounded for storage or transport. Additionally, variations in color or texture may indicate differences in cell types, such as those involved in photosynthesis versus those responsible for nutrient storage. These differences enable the filament to perform a range of biological roles effectively.
Red blood cells all look like red blood cells. White cells have different shapes mainly because they have different functions.
These cells have specialized functions in the body, which are different, and form follows function.
Cells in our body look different because their structure is based on their specific functions and roles in the body.