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In Fig. a plane mirror lies at a height ...

In Fig. a plane mirror lies at a height h above the bottom of a beaker containingwater (refractive index `mu`) upto a height f. Find the position of the image of the

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The correct Answer is:
Image is formed behind the mirror at a distance `=h -t +(t)/(mu)`
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Consider the situation shown in Figure. A plane mirror is fixed at a height h above the bottom of a beaker containing water (refractive index mu ) upto a height d. Find the position of the image of bottom formed by the mirror.

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SL ARORA-RAY OPTICS-Problems For Self Practice
  1. While determining the refractive index of a liquid experimentally, the...

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  2. A vessel contains water up to a height of 20 cm and above it an oil up...

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  3. In Fig. a plane mirror lies at a height h above the bottom of a beaker...

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  4. A cylindrical vessel of diameter 12 cm contains 800picm^(3) of water. ...

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  5. If critical angle for a material to air is 30^(@), the refractive inde...

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  6. An optical fibre (mu = 1.72) is surrounded by a glass coating (mu= 1.5...

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  7. What is the small index of refractive of the material of a right angle...

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  8. Find the maximum angle of refraction when a light ray is refracted fro...

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  9. A luminous object O is located at the bottom of a big pool of liquid o...

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  10. One end of a cylindrical rod is grounded to a hemispherical surface of...

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  11. A spherical convex surface separates object and image space of refract...

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  12. A mark placed on the surface of a sphere is viewed through glass from ...

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  13. A glass sphere of radius 15 cm has a small bubble 6 cm from its centre...

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  14. An object is placed 50 cm from the surface of a glass sphere of radius...

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  15. A small object is 2 cm below the concave meniscus of water in a test t...

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  16. A spherical surface of radius 30 cm separates two transparent media A ...

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  17. Fig shows a small air bubble inside a glass sphere (mu = 1.5) of radiu...

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  18. A double convex lens has radii 20 cm. The index of refraction of glass...

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  19. The focal length of a double convex lens is equal to radius of curvatu...

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  20. Fig. 6(b).54. shows a thin lens with centres of curvature C(1) and C(2...

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