What Is the Ratio of y2/y1 in a Single Slit Experiment?

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SUMMARY

The ratio of y2/y1 in a single slit experiment can be calculated using the formula for the position of the first minimum, which is y = λ(D/a). For 440 nm light, the position is y1, and for 529 nm light, the position is y2. The ratio y2/y1 can be expressed as (λ2/λ1), where λ2 is 529 nm and λ1 is 440 nm, leading to a definitive ratio of 1.2.

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  • Understanding of wave optics principles
  • Familiarity with the single slit diffraction pattern
  • Knowledge of the relationship between wavelength and diffraction
  • Basic algebra for ratio calculations
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jh24628
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i really don't know where to start with this problem

Consider the setup of a single slit experiment

The first minimum for 440 nm light is at y1.
The first minimum for 529 nm light is at y2.

what is the ratio of y2/y1?

i know that the distance between two max is
(wavelength*dis between the slit and the screen)/(dis slit separation)
 
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jh24628 said:
i know that the distance between two max is
(wavelength*dis between the slit and the screen)/(dis slit separation)
Careful. For a single slit experiment, the position of the first minimum is given by:
y = \lambda \frac{D}{a}
where D = distance to screen; a = width of the slit
 

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