Microscope Magnification and Wavelength of Light
What is the relationship between wavelength of light and the magnification of a microscope?
Choose the correct statement:
A. The wavelength of light and magnification of microscope are directly proportional
B. The wavelength of light and magnification of microscope are inversely proportional
C. The wavelength of light has no effect on the magnification of microscope
Answer:
B. The wavelength of light and magnification of microscope are inversely proportional
Microscopes utilize light to magnify objects and the wavelength of the light can affect the magnification of the microscope. The relationship between the wavelength of light and the magnification of a microscope is inversely proportional.
When the wavelength of light decreases, the magnification of the microscope increases. Conversely, if the wavelength of light increases, the magnification of the microscope decreases. This means that the shorter the wavelength, the greater the magnification achieved by the microscope.
Understanding this relationship is important when using a microscope in various scientific fields such as biology, chemistry, and material sciences. By adjusting the wavelength of light, scientists and researchers can optimize the magnification settings of the microscope to achieve the best results for their observations and experiments.