Resolving power of a microscope is proportional to:
A1/λ (shorter wavelength → finer resolution)
Bλ
Cλ²
DIndependent of λ
Answer & Solution
Correct answer: A. 1/λ (shorter wavelength → finer resolution)
Resolving power ∝ 1/λ × NA (numerical aperture). Why electron microscopes (much shorter de Broglie wavelength) resolve far better than light microscopes.
Related questions
Blue sky seen through a rotating polaroid rises and falls in brightness. Sky light is:Two polaroids are set crossed. The light passing through both is:Ordinary lamp light passes through one polaroid. Its intensity drops to:Wiggle a string up and down and a wave runs along it. The displacement is at right angles The rainbow of colours you see on a CD comes from:Diffraction is shown by:Near the edge of a shadow you see alternate dark and bright bands. This is:In Young's pattern, consecutive bright fringes are: