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The tapetum supports the development of pollen grains and synthesizes many components of the pollen wall. Therefore, it is highly active and contains numerous organelles capable of synthesizing what the pollen grains require.
Eukaryotic cells
Ribosomes, if you want to count them. Next I think is the lysosomes.
The chloroplast because it gives a green pigment to plant cells. Hope this helps.:)
Milk is a solution and an emulsion, not a single chemical element or compound. There are numerous molecules, compounds, and proteins found in milk.
A cell that synthesizes protein would have many ribosomes and a large rough endoplasmic reticulum. In addition there might be prominent Gogli apparatus and secretory vesicles.
Ribosomes. They make the protein for a cell.
All of the Organelles that are numerous and developed in the cell of course
The tapetum supports the development of pollen grains and synthesizes many components of the pollen wall. Therefore, it is highly active and contains numerous organelles capable of synthesizing what the pollen grains require.
the nucleus
Eukaryotic cells
Living cells contain numerous organelles, each with a unique purpose and function.
Ribosomes, if you want to count them. Next I think is the lysosomes.
actin filaments
It is a eukaryotic cell (it has a prominent nucleus and numerous membrane-bound organelles).
cilia
amino acids