You have turn the fine adjustment knob to see the cell.
Compound microscope and for further details an electron microscope
compound light microscope
Ribosomes are very small.So have to use an electron microscope.
Electron microscope
scanning electron microscope.
A variety of different microscopes can be used to visualize the sub-cellular structures in a cell. They can be:a bright field microscope (simple in construction but not very accurate)A phase contrast microscope (gives a better idea of the three dimensional orientation of the sub-cellular structures)A fluorescent microscope (the most specific type of scope. This allows one to see very specific structures like the individual strands of actin that make up the cytoskeleton)
A Scanning Electron Microscope (SEM).
compound light microscope
A cell is a structure which is present inside everything in this world and a microscope is an electronic machine which enables people to see these cells. A cell is classified into plant cell and animal cell and a microscope is classified into electronic microscope and ordinary microscope. Plant cell has cell wall and cell membrane and animal cell has vacuole and nucleus. Electron microscope uses electrons and an ordinary microscope uses simple glass plate. There is also another type of microscope called light microscope which uses light.
you could use any regular microscope that has magnification up to 400 but the best type of microscope to use would be an electron microscope if you could afford one
Ribosomes are very small.So have to use an electron microscope.
light microscopes
Scanning electron microscope
Electron microscope
Electron microscope
scanning electron microscope.
A variety of different microscopes can be used to visualize the sub-cellular structures in a cell. They can be:a bright field microscope (simple in construction but not very accurate)A phase contrast microscope (gives a better idea of the three dimensional orientation of the sub-cellular structures)A fluorescent microscope (the most specific type of scope. This allows one to see very specific structures like the individual strands of actin that make up the cytoskeleton)
Scanning Electron Microscope (SEM)