Cell wall and chloroplast
A cell wall and chloroplast!
Animals and plants both have eukaryotic cells, while bacteria and archaea have prokaryotic cells. There a many differences between the two types of cells. Some of the most significant are the presence of a nucleus and other membrane-bound organelles in eukaryotic cells.
The endodermis and the pericycle are unique to roots.
plants and animals
In both plants and animals, cells divide and increase in number during growth. Additionally, cells differentiate to take on specific functions and structures needed for growth and development in both plant and animal organisms.
A cell wall and chloroplasts.
cell wall to give the plants fixed shapechloroplasts. contains chlorophyll, needed by plants to make food. animals do not need to make food
A cell wall and chloroplast!
Plants have chlorophyll and cell wall while animals are heterotrophs and motile .
Chloroplasts and cell walls
cell wall and chroloplast
It is the process of cell division taking place in somatic cells where two daughter cells are formed which have the same chromosome number as the mother cell and which are identical to the mother cell. It differs in plants and animals: Animals; A centriole formed at the poles. Plants: no centriole Animals: An incision develops between the two cells in the telophase Plants: A cross wall develops between the two cells in the telophase
Chloroplasts and rigid cell walls are two examples.
Animals and plants both have eukaryotic cells, while bacteria and archaea have prokaryotic cells. There a many differences between the two types of cells. Some of the most significant are the presence of a nucleus and other membrane-bound organelles in eukaryotic cells.
The endodermis and the pericycle are unique to roots.
plants and animals
In both plants and animals, cells divide and increase in number during growth. Additionally, cells differentiate to take on specific functions and structures needed for growth and development in both plant and animal organisms.