0
You visited us 0 times! Enjoying our articles? Unlock Full Access!
Question

A mark on the surface of glass sphere (μ=1.5) is viewed from diamatrically opposite position. If it appears to be at distance 10 cm from behind its actual position, find the radius of sphere.
  1. 10cm
  2. 8cm
  3. 6cm
  4. 5cm

A
8cm
B
6cm
C
5cm
D
10cm
Solution
Verified by Toppr

Was this answer helpful?
0
Similar Questions
Q1
A mark on the surface of glass sphere (μ=1.5) is viewed from diamatrically opposite position. If it appears to be at distance 10 cm from behind its actual position, find the radius of sphere.
View Solution
Q2
A mark on the surface of a glass sphere(μ=1.5) is viewed from a diametrically opposite position. It appears to be at a distance 10 cm from its actual position. The radius of sphere is:
View Solution
Q3
A mark is made on the surface of a glass sphere of diameter 10cm and refractive index 1.5. It is viewed through the glass from a portion directly opposite. The distance of the image of the mark from the center of the sphere will be
View Solution
Q4
If there is very small air bubble inside a glass sphere [μ=1.5] of radius 10cm at distance 4cm below to surface, then its apparent depth when viewed normally from outside will be
View Solution
Q5
A black spot on the surface of a glass sphere of refractive index new equals to 3/2 is view from Dialectical opposite position it appears to be a distance of 10 cm from spot diameter of sphere is.
View Solution