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The limit of resolution of eye is approx...

The limit of resolution of eye is approximately

A

`1^(11)` angle

B

`1^(1)` angle

C

`1` mm

D

`1` cm

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The correct Answer is:
To determine the limit of resolution of the human eye, we can follow these steps: ### Step-by-Step Solution: 1. **Understanding Limit of Resolution**: - The limit of resolution refers to the smallest angular separation between two points that the eye can distinguish as separate. In simpler terms, it is the smallest detail that can be resolved by the eye. 2. **Defining the Unit**: - The limit of resolution is usually expressed in angular measurement, specifically in minutes of arc. One minute of arc is equal to 1/60th of a degree. 3. **Common Value**: - The commonly accepted value for the limit of resolution of the human eye is approximately 1 arcminute. This means the eye can resolve two points that are separated by an angle of about 1 arcminute. 4. **Conclusion**: - Based on the understanding and definition, we conclude that the limit of resolution of the eye is approximately 1 arcminute. ### Final Answer: The limit of resolution of the eye is approximately **1 arcminute**. ---
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An objective of a telescope has diameter 250 cm. The limit of resolution of telescope for wavelength 600 nm is nearly

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AAKASH SERIES-WAVES OPTICS-EXERCISE -IA (DIFFRACTION)
  1. A very small opaque disc is placed in the path oa a monochromatic ligh...

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  2. A diffraction pattern is obtained using a beam of red light. What happ...

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  3. In a diffraction pattern the width of any fringe is

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  4. Yellow light is used in a single slit diffraction experiment with a sl...

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  5. In diffraction froma a single -slit, the angular width of the centre m...

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  6. The correct relation between limit of resolution and resolving power i...

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  7. The resolving power of electron microscope is

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  8. The limit of resolution of eye is approximately

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  9. The angular resolution of the telescope is determined by the

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  10. In telescope of objective diameter (2a), the radius of the central bri...

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  11. For better resolution, a telescope must have a

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  12. What will be ratio (D"/"f) in microscope where, D is the diameter of t...

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  13. The resolving power of a microscope is basically determined by the

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  14. If the red light is replaced by blue light illuminating the object in ...

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  15. For a telescope to have large resolving power, then the

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  16. If I(0) is the intensity of the pricipal maximum in the single slit di...

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  17. In an experiment, a physical quantity is given by Y=(a^(2)b)/(c^(3)). ...

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  18. The diffraction pattern due to a straight edge contains

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  19. As we move away from the edge into the geometrical shadow of a straigh...

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  20. In the case of diffraction bands due to a straight edge, as we move aw...

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