How will wavelength of light effect the magnification of microscope
Light wavelength and magnification:
The wavelength of the light and the magnification of the microscope is inversely proportional which means the longer the wavelength, the less the magnification and vice versa. The magnification defines the how closer the object is viewed.When the object is zoomed then the area of the vision is reduced and the availability of light in the zoomed area is also reduced which means the image cannot be viewed properly.
Hence, when the wavelength of the light is shorter then more light is available in the zoomed area and it makes the image clearer.
The scanning transmission electron microscope is one of the microscopes with high magnification................
HOPE IT WILL HELP YOU............
The wavelength of the light and the magnification of the microscope is inversely proportional which means the longer the wavelength, the less the magnification and vice versa. The magnification defines the how closer the object is viewed.When the object is zoomed then the area of the vision is reduced and the availability of light in the zoomed area is also reduced which means the image cannot be viewed properly.
Hence, when the wavelength of the light is shorter then more light is available in the zoomed area and it makes the image clearer.
The scanning transmission electron microscope is one of the microscopes with high magnification................
HOPE IT WILL HELP YOU............