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By properly combining two prisms made of different materials, it is possible to
  • a)
     Have dispersion without average deviation
  • b)
     Have deviation without dispersion
  • c)
    Have both dispersion and average deviation
  • d)
    Have neither dispersion nor average deviation
Correct answer is option 'A,B,C'. Can you explain this answer?
Verified Answer
By properly combining two prisms made of different materials, it is po...
We can either have deviation or not and same for dispersion as only μ is different and angle of prism is of our choice
option A,B,C are correct.
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Most Upvoted Answer
By properly combining two prisms made of different materials, it is po...
Explanation:

Combining Two Prisms
- By properly combining two prisms made of different materials, it is possible to achieve different optical effects.
- The prisms can be arranged in a way that allows for the manipulation of light in unique ways.

Dispersion without Average Deviation
- When two prisms are combined, dispersion without average deviation can be achieved.
- Dispersion refers to the separation of white light into its constituent colors, while average deviation is the average angle by which different colors are deviated.
- By manipulating the angles and materials of the prisms, it is possible to separate the colors without causing them to deviate by a set average amount.

Deviation without Dispersion
- It is also possible to achieve deviation without dispersion by combining two prisms.
- Deviation refers to the bending of light as it passes through a medium, while dispersion involves the separation of light into its different wavelengths.
- By carefully choosing the materials and angles of the prisms, it is possible to bend light without separating it into its constituent colors.

Both Dispersion and Average Deviation
- Additionally, by combining two prisms, it is possible to achieve both dispersion and average deviation simultaneously.
- This can be useful in various optical applications where both effects are desired.
- By adjusting the properties of the prisms, it is possible to control the amount of dispersion and deviation to suit specific needs.
Therefore, by properly combining two prisms made of different materials, it is possible to achieve dispersion without average deviation, deviation without dispersion, and both dispersion and average deviation, depending on the desired optical effect.
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By properly combining two prisms made of different materials, it is possible toa)Have dispersion without average deviationb)Have deviation without dispersionc)Have both dispersion and average deviationd)Have neither dispersion nor average deviationCorrect answer is option 'A,B,C'. Can you explain this answer?
Question Description
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