In the figure shown, mu(1) gt mu(2) gt m...

In the figure shown, `mu_(1) gt mu_(2) gt mu_(3)`. What are the limits of angle i so that it is neither get total internal reflection at AB nor at CD ?

`sin i lt (mu_(2))/((mu_(2))`

`sin i lt (mu_(3))/((mu_(1))`

`sin i lt (mu_(3))/((mu_(2))`

None of these

Text Solution

Verified by Experts

The correct Answer is:

Topper's Solved these Questions

RAY OPTICS
DC PANDEY|Exercise B. More than one option is correct|20 Videos
RAY OPTICS
DC PANDEY|Exercise C. comprehension type question|14 Videos
RAY OPTICS
DC PANDEY|Exercise Integer type q.|15 Videos
PROPERTIES OF MATTER
DC PANDEY|Exercise Integer|8 Videos
ROTATION
DC PANDEY|Exercise (C) Chapter Exercises|39 Videos

Similar Questions

Explore conceptually related problems

In the figure shown, find ._(1)mu_2.

In the figure shown, mu_1gtmu_2. Find minimum value of i so that TIR never takes place at P.

The refractive index of the core of an optical fibre is mu_(2) and that of the cladding is mu_(1) .The angle of incidence on the face of the core so that the light ray just under goes total internal reflection at the cladding is

A transparent cube of side d, made of a material of refractive index mu_(2) , is immersed in a liquid of refractive index mu_(1)(mu_(1)ltmu_(2)) . . A ray is incident on the face AV at an angle theta (shown in the figure). Total internal refraction takes place at point E on the face BC. Then must satisfy:

A monochromatic light is incident on the plane interface AB between two media of refractive indices mu_(1) and (mu_(2)gtmu_(1)) at an angle of incidence theta as shown in Fig. The angle theta is infinitesimally greater than the critical angle for the two media so that total internal reflection takes place. Now, if a transparent slab DEFG of uniform thickness and of refractive index mu_(3) is introduced on the interface (as shown in the figure), show that for any value of mu_(3) all light will ultimately be reflected back into medium II.

There are three optical media 1,2 and 3 with their refractive index mu_(1) , mu_(2) and mu_(3) such that mu_(1)gtmu_(2)gtmu_(3) choose the correct options (TIR means total internal reflection)

Monochramatic light is incident on the pane interface AB between two media of refractive indices mu_1 and mu_2(mu_2gtmu_1) at an angle of incidence theta as shown in figure. The angle theta is infinitesimally greater thannte critical angle for the two media so thast total internal reflection takes place. Now, if a transparent slab DEFG of uniform thickness and of refractive inde mu_2 is introduced on theinterface (as shown in figure ) , show that for any value of mu_2 all light will ultimately be reflected back into medium II.

In the figure shown mu_(1),mu_(2),mu_(3),mu_(4) and mu_(5) are the refractive indices of the mediums 1,2,3,4 and 5 respectively. Consider the following: (1) mu_(1)=mu_(2) (2) mu_(3)=mu_(4)=mu_(5) (3) mu_(2) lt mu_(3) (4) mu_(4)gt mu_(5) Which of the above are correct?

DC PANDEY-RAY OPTICS-A. Only one option is correct (JEE Advance)

A point source S is placed at a height h from the bottom of a vessel o...
Text Solution
|
A point object O is placed slightly above the centre C of a glass sphe...
Text Solution
|
In the figure shown, mu(1) gt mu(2) gt mu(3). What are the limits of a...
Text Solution
|
A bi-convex lens is cut from the middle as shown in figure. Refractive...
Text Solution
|
A hemishperical surface of radius R and refractive index mu = 1.5 is p...
Text Solution
|
A ray is travelling along x-axis in negative x-direction. A plane mir...
Text Solution
|
Liquid is filled vessel of height (2H)/(3). At the bottom of the vesse...
Text Solution
|
In displacement method distance of object from convex lens of focal le...
Text Solution
|
Two mirrors are inclined at angle theta as shown in figure. Light ray...
Text Solution
|
A plane mirror is moving with velocity 4 (hat i) + 4 (hat j) + 8 (hat ...
Text Solution
|
A square ABCD of side 1mm is kept at distance 15cm in front of the con...
Text Solution
|
A point object on the principal axis at a distance 1.5 cm in front of ...
Text Solution
|
A ray of light is incident on a parallel slab of thickness t and refra...
Text Solution
|
A beam of diameter 'd' is incident on a glass hemisphere as shown. If ...
Text Solution
|
A light ray I is incident on a plane mirror M.The mirror is rotated in...
Text Solution
|
A bird is flying up at an angle sin^(-1)(3//5) with the horizontal. A ...
Text Solution
|
A man of height 'h' is walking away from a street lamp with a constant...
Text Solution
|
A man is walking under an inclined mirror at a constant velocity v alo...
Text Solution
|
A parallel sided block of glass of refractive index 1.5 which is 36 mm...
Text Solution
|
An object is placed at a distance of 15cm from a convex lenx of focal ...
Text Solution
|