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 ) =)
Animal and plant cells are eukaryotic cells. Eukaryotic cells contain many complex structures, with each structure having a different yet vital function.They are the basic building blocks of multicellular organisms. Animal and plant cells are different from each other in that plant cells have cell walls and chloroplasts and animal cells have smaller vacuoles.
One major point is their shape. Plant cells are hexagonal shaped. Animal cells don't have a shape. Also, plant cells have an organelle called chloroplast, inside of which is a green pigment called chlorophyll.
each animal cell, (including our own cells) is important because each cell has a certain job for everything going around in your body. if u didnt have cells you wouldn't be able to see, smell, hear, feel, sleep, etc. there are all different types of cells with different colours and jobs. they all have a totaly different job to others.
no not all cells are the same size. Cells come in different sizes depending on where the cell is found or its organelles inside. Some cells have a flagellum that hepls it move and some cells have cilia that hepl it move these are two different ways of moving and thay are different sizes.
Animal cells have a plasma membrane, nucleus, mitochondria, endoplasmic reticulum, and Golgi apparatus. Plant cells contain chloroplasts, a cell wall, large central vacuole, and plastids in addition to the structures found in animal cells. Each type of cell has unique characteristics that reflect their functions and adaptations.
no
Animal and plant cells are eukaryotic cells. Eukaryotic cells contain many complex structures, with each structure having a different yet vital function.They are the basic building blocks of multicellular organisms. Animal and plant cells are different from each other in that plant cells have cell walls and chloroplasts and animal cells have smaller vacuoles.
Plant cells are attached to each other by cell walls and the connection is through plasmodesmata. Animal cells are not connected by walls and are interconnected by the extracellular fluid
the cells will multiply
we are animal cells, our pets, animals, and insects. Each of our kind is special for who we are. But animal cells are very different from plant cells. and alsoplants are onetwo by the way.
Plant and animal cells have different organelles because they have evolved to meet the specific needs of each type of organism. Plant cells have chloroplasts for photosynthesis and a cell wall for structure, which are not present in animal cells. Animal cells have lysosomes for digestion and centrioles for cell division, which are not typically found in plant cells.
One major point is their shape. Plant cells are hexagonal shaped. Animal cells don't have a shape. Also, plant cells have an organelle called chloroplast, inside of which is a green pigment called chlorophyll.
they dont there all the same
each animal cell, (including our own cells) is important because each cell has a certain job for everything going around in your body. if u didnt have cells you wouldn't be able to see, smell, hear, feel, sleep, etc. there are all different types of cells with different colours and jobs. they all have a totaly different job to others.
i guess this is because they are interdependent on each other.
no not all cells are the same size. Cells come in different sizes depending on where the cell is found or its organelles inside. Some cells have a flagellum that hepls it move and some cells have cilia that hepl it move these are two different ways of moving and thay are different sizes.
Animal cells have a plasma membrane, nucleus, mitochondria, endoplasmic reticulum, and Golgi apparatus. Plant cells contain chloroplasts, a cell wall, large central vacuole, and plastids in addition to the structures found in animal cells. Each type of cell has unique characteristics that reflect their functions and adaptations.