Physics
Refractive index of a liquid can be found using :
- μ = real depth x apparent depth
- μ = apparent depth/real depth
- μ = real depth/apparent depth
- none of the above
Refraction Plane Surfaces
9 Likes
Answer
μ = real depth/apparent depth
Reason — Refractive index of a liquid can be found using μ = real depth/apparent depth
Answered By
6 Likes
Related Questions
What should be the angle of incidence for a ray of light which suffers minimum deviation of 36° through an equilateral prism?[ Hint — A = 60° and i = ( A + δmin ) / 2 ]
An object when placed in a denser medium and is viewed from a rarer medium appears to be at a lesser depth than real death. This is because of :
- reflection
- refraction
- dispersion
- diffraction
A small air bubble in a glass block when seen from above appears to be raised because of:
- refraction of light
- reflection of light
- reflection and refraction of light
- none of the above
An object in a denser medium when viewed from a rarer medium appears to be raised. The shift is maximum for:
- red light
- violet light
- yellow light
- green light