Which Color of Light is Nearest to the Central Maximum in Diffraction?

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The discussion centers on determining whether the red or violet end of the spectrum is closest to the central maximum in diffraction patterns. It emphasizes the need for understanding diffraction concepts, specifically referencing single slit, double slit, or diffraction grating. Participants suggest reviewing relevant equations and studying the diffraction section of textbooks to grasp the topic. The impact of decreasing the distance (d) on the diffraction pattern is also mentioned, implying a need for further explanation. Overall, a solid understanding of diffraction principles is essential for addressing the questions posed.
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Is the red or violet end of the first order nearest the central maximum? Justify your answer. What would you observe if d were decreased. explain.

I have no idea what the central maximum is. what equations do i use? i am so lost. please help me out. thanks.
 
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Crack open the textbook, you have some studying to do in the diffraction section (either "single slit," "double slit," or "diffraction grating").
 
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