CameraIcon

SearchIcon

MyQuestionIcon

Image Formation by Spherical Lenses

135.A liquid ...

Question

135.A liquid of refractive index 4/3 is placed between two identical planoconvex-lenses tuching each other at their spherical surface of radius 1/R . If refractive index 0f lens is 1.50, then the lens behave as 1) Convergent with power P = 1/3R 2) Convergent with power P = 1/6R 3) Divergent with power P = 1/3R 4) Divergent with power P = 1/6R

Open in App

Solution

Suggest Corrections

thumbs-up

1

mid-banner-image

mid-banner-image

Similar questions

Q. Two identical planoconvex - lenses touching each other at their spherical surface of radius

R

. If refractive index of lense is

1.50

,then the lens behave

Q. The converging or diverging power of a lens depends upon the difference of refractive index of lens with respect to the medium in which it is placed. If a converging lens having power P is immersed in a liquid, its focal length

Q. A liquid of refractive index 1.33 is placed between plano-convex lenses with refractive index 1.50. Two possible arrangement of P and Q are shown, the system is

Q. A thin convergent glass lens

(μ_{g} = 1.5)

has a power of +5.0D. When this lens is immersed in a liquid of refractive index

μ_{l},

it acts as a divergent lens of focal length 100cm. The value of

μ_{l}

Q. A lens is a piece of transparent material with two refracting surfaces such that at least one is curved and refractive index of its material is different from that of the surroundings.
A thin spherical lens with refractive index greater than that of surroundings behaves as a convergent or convex lens, i.e., converges parallel rays if its central (i.e., paraxial) portion is thicker than marginal one.
However if the central portion of a lens is thinner than marginal, it diverges parallel rays and behaves as divergent or concave lens. show this and classify identify convergent and divergent lenses.

View More

Join BYJU'S Learning Program

similar_icon

Related Videos

lock

Spherical Lens

PHYSICS

Watch in App

explore_more_icon

Explore more

Image Formation by Spherical Lenses

Standard X Physics

Join BYJU'S Learning Program