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Calculate the dispersive power for crown...

Calculate the dispersive power for crown and flint glass prisms from the following data : For crown glass, `mu_b = 1.522`, `mu_r = 1.514`. For flint glass, `mu'_b = 1.662`, `mu'_r = 1.644`.

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The correct Answer is:
`omega_("crown") = 0.01544, omega_("flint") = 0.0276`
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Calculate the dispersive power for crown and flint glass prisms from the following data : For crown glass, m_b = 1.522 , m_r = 1.514 . For flint glass, mu'_b = 1.662 , mu'_r = 1.644 .

Calculate the dispersive power for crown and flint glass prism from the following data :For crown glass, m_(b) = 1.522, m_(r ) = 1.514 . For flint glass, mu'_(b) = 1.662, mu'_(r ) = 1.644

Calculate the dispersive power (in multiple of 10^(-3) of crown glass-prism from the following data for crown glass (mu_(v) = 1.503 , mu_(r)= 1.497)

Calculate the dispersive power for crown glass from the given data mu_(v)=1.523 and mu_(r)=1.5145 .

Find the angle of flint glass prism which produces the same angular dispersion for c and F wavelengths in 10^(@) crown glass prism. For crown glass : mu_(F) = 1.5230, mu_( c) = 1.5145 For flint glass : mu'_(F) = 1.6637, mu'_( c) = 1.6444 .

Determine the angle of flint glass prism, which should be combined with a crown glass prism of 5^@ so as to give dispersion, but no deviation. Given for crown glass, mu_v = 1.523, mu_r 1.515 For flint glass, mu_v' = 1.688, mu_r' = 1.650 .

Calculate the dispersive power of crown glass where mu_(V)=1.522 and mu_(R)=1.514 .

A crown glass prism of refracting angle 6^@ is to be used for deviation without dispersion with a flint glass of angle of prism alpha . Given : for crown glass mu_r=1.513 and mu_v = 1.523, for flint glass mu_r=1.645 and mu_v=1.665 . Find alpha

Find the angle of the flint glass prism which should be combined with a crown glass prism of 6^@ so as to give dispersion but no deviation. For crown glass, mu_(v)=1.520, mu_(R)=1.48 For flit glass, mu_(v)=1.78,mu_(R)=1.72

SL ARORA-RAY OPTICS-Problems For Self Practice
  1. A ray of light is incident at an angle of 60^(@) on one face of a pris...

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  2. The refracting angle of a glass prism is 60^(@). The value of minium d...

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  3. The refractive index of the material of a prism of 60^(@) angle for ye...

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  4. A ray of light incident at 49^(@) on the face of an equilateral prism ...

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  5. A glass prism has a refracting angle of 60^@. The angle of minimum dev...

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  6. A ray incident normally on one face of a right-angled isosceles glass ...

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  7. As shown in Fig. PQ is a ray incident on prism ABC. Show the correspon...

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  8. Show that a light ray will pass through an equilateral glass prism (mu...

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  9. A ray of light falls on a normally on a refracting face of a prism. Fi...

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  10. A ray of light is incident on the glass prism at an angle of 40^(@). F...

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  11. A ray of light falls on a glass prism at a angle of incidence of 30^(@...

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  12. A ray of light suffers a deviation of 3.2^(@) on passing through a thi...

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  13. A thin glass prism placed in air produces minimum deviation of 4^(@) i...

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  14. White light is passed through a prism of 5^(@). If refractive indices ...

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  15. The deviation caused for red, yellow and violet colours for crown glas...

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  16. The refractive indices for lights of violet, yellow and red colours fo...

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  17. Calculate the dispersive power for crown and flint glass prisms from ...

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  18. The refractive indices of crown glass for violet and red colours are r...

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  19. In a certain spectrum produced by a glass prism of dispersive power 0....

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  20. Find the angle of flint glass prism which produces the same angular di...

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