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Yes. I see your point.
For this problem, a sketch shows that the rod's diameter would have to be very small to cause a problem.
Here...
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I suppose then that "hemispherical surface" is a misnomer. We have a cylindrical rod of unspecified diameter capped by spherical...
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Yes. I think either interpretation would yield the same answer.
The top figure has the full hemispheres. The bottom figure is a...
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Variations of this problem appear in lots of the online paid problem-solution sites like Chegg, Filo, etc. Here's one example from Vaia:
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Interesting. I did not interpret the problem this way. But I see now that the problem does state "hemispherical."
@rogue_system ...
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Review the sign conventions associated with the equation ##\frac{n_1}{s} + \frac {n_2} {s'} = \frac{n_2 - n_1}{R}##.
Yes, that's right...
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Figured it out, I'm supposed to assume the value for 'n' with regard to light trafeling from point B to the interface is just 1 (I know...
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My favorite single photon Young double slit experiment by Hamamatsu Photonics in 1982 is here. https://photonterrace.net/en/photon/duality/
Like.
I suppose then that "hemispherical surface" is a misnomer. We have a cylindrical rod of unspecified diameter capped by spherical...
