Wave optics YOUNG'S DOUBLE SLIT EXPERIMENT

AI Thread Summary
The discussion focuses on challenges faced in understanding Young's double slit experiment, particularly when the light source is in simple harmonic motion. Participants suggest calculating the equation of motion for the central bright fringe and determining the maximum number of fringes formed. A methodology involving the comparison of path differences to the wavelength is recommended for solving these problems. Additionally, recommendations for advanced physics textbooks that cover wave optics and interference are provided, emphasizing the importance of practical examples for better comprehension. Overall, the conversation aims to clarify concepts and resources for precollege students preparing for IITJEE.
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Hi,
I'm encountering problems in my tests about young's double slit experiment and in many of those I'm finding the source executing simple harmonic motion (whose equation is given )
and we are asked to calculate the equation of motion of central bright fringe,max no. of fringes that can be formed etc
what methodology should be adopted to solve such problems?
 
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Hi,
I'm encountering problems in my tests about young's double slit experiment and in many of those I'm finding the source executing simple harmonic motion (whose equation is given )
and we are asked to calculate the equation of motion of central bright fringe,max no. of fringes that can be formed etc
what methodology should be adopted to solve such problems?
also suggest me which is the best book for wave optics
I'm in precollege level preparing for IITJEE one of the toughest entrance exams of precollege level
 
Any physics text at the advanced high school or college freshman level that covers wave interference should go over this. It essentially involves subtracting two path lengths from each other, and comparing the path difference to the wavelength.

As rl.bhat said, looking at a specific example would be the best way to learn this. Do you have a physics textbook that covers this material? It could be in anyone of various sections, such as those covering either waves, sound, or optics.
 
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