Organelle's are in cells, therefore organelles would be smaller than cells... I think
Organelle's are in cells, therefore organelles would be smaller than cells... I think
It is about one micrometer.my source is: http://www.rkm.com.au/CELL/organelles/nucleolus.html
If a cell were as big as a basketball, organelles would have to increase in size to be proportionate to the actual cell. -Josh
all of them, bacteria have no organelles
During the G1 phase of the cell cycle, the cell grows in size, duplicates its organelles, and performs normal cell functions. It is also a phase where the cell synthesizes RNA and proteins required for DNA replication. Additionally, cells in the G1 phase monitor their internal and external environment before entering the S phase.
Organelle's are in cells, therefore organelles would be smaller than cells... I think
Organelle's are in cells, therefore organelles would be smaller than cells... I think
Organelles are structures within a cell each with its own characteristic shape ,size and function.
They are the same size the tadpole just has less
https://faculty.rpcs.org/brockda/Cell%20Tour%20Project/Organelle%20Charts.htm
The two cell pictures may have similarities in their basic structure, such as containing a cell membrane and organelles like the nucleus and mitochondria. Differences may include variations in cell size, shape, and the presence of specific organelles or cellular components depending on the cell type or species. It is essential to carefully compare and analyze the details of each cell picture to identify specific similarities and differences.
no
It is about one micrometer.my source is: http://www.rkm.com.au/CELL/organelles/nucleolus.html
Cell increase in size and synthesize new protein and organelles
If a cell were as big as a basketball, organelles would have to increase in size to be proportionate to the actual cell. -Josh
Some organelles that are visible in the cell include the nucleus, mitochondria, endoplasmic reticulum, Golgi apparatus, and vacuoles. These organelles can be observed under a light microscope due to their size and distinct structures.
A centrifuge is typically used to separate mitochondria from other cell organelles. The process involves spinning the cell homogenate at high speeds to separate organelles based on size and density, with mitochondria pelleting at a specific layer.