The skin is one of the places you would expect a large number of dividing cells because the skin is constantly being shed. If there weren't a large population of dividing cells replacing those that are lost, the skin would be completely gone within about five days.
Skeletal muscle cells,cardiac muscle cells,sperm cells
Chloroplasts would be found in large numbers in green plants as that is where photosynthesis takes place.
Mitochondria are the power houses. Active cells have many
Large numbers of mitochondria are typically found in cells that have high energy demands, such as muscle cells, liver cells, and cells of the heart. These organs and tissues require significant energy production to carry out their functions effectively.
The answer depends on what "these" cells might be - you didn't say in the question so we can't guess what you're talking about.
White blood cells.
tumor.
Muscle cells and heart cells for two.
No, they don't. They do go through a lot of stages though.
You find large numbers of ribosomes in cells that are actively synthesizing proteins, such as in cells that produce a lot of enzymes or structural proteins. These include cells in the pancreas, liver, and muscle cells.
Skeletal muscle cells,cardiac muscle cells,sperm cells
Reticulocytes and Erythroblasts are two types of red blood cells that contain a high number of mitochondria. Reticulocytes are immature red blood cells in the process of maturing, and erythroblasts are precursor cells that mature into red blood cells, both requiring energy for their development processes.
Chlorophyll
Plastids (leukoplast, chromoplast, chloroplast)large central vacuolecell wallChloroplast
Plastids (leukoplast, chromoplast, chloroplast)large central vacuolecell wallChloroplast
Large numbers of ribosomes are present in cells that specialize in producing proteins. Ribosomes are the cellular machinery responsible for protein synthesis.
The same way as with smaller numbers, it may take longer. Just keep dividing by prime numbers until all the factors are prime.