physicsbhelp
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[SOLVED] Waves ~~~~~ HELP one Simple problem! Thanks!
1. Homework Statement .
1. Homework Statement .
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Think of the index of refraction of the two media. What are the conditions for a phase change?
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Do you have a textbook?
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Here is a good discussion of index of refraction. Note the angles.
http://hyperphysics.phy-astr.gsu.edu/hbase/geoopt/refr.html
At what angle is the sun?
http://hyperphysics.phy-astr.gsu.edu/hbase/geoopt/refr.html
At what angle is the sun?
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Calm down. Have you tried to research it further on your own at all?
Try here instead to see if this is what you're looking for: http://hyperphysics.phy-astr.gsu.edu/hbase/phyopt/interf.html#c2
A tip: if you weren't assigned a textbook it can't hurt to look for one in the library to help you study.
Try here instead to see if this is what you're looking for: http://hyperphysics.phy-astr.gsu.edu/hbase/phyopt/interf.html#c2
A tip: if you weren't assigned a textbook it can't hurt to look for one in the library to help you study.
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OK, I think I get it. The sunlight reflected from the outer surface is reflected downward to the ground outside. If one sees a bright spot illuminated by the sun and the reflection, that would indicate contructive interference, which would imply 'in phase'.
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Well, that depends on the angle. In a window, some light is transmitted, and some light is reflected.
I would suggest that tomorrow or as soon as possible, find a pane of glass and look at the reflection and transmission as a function of angle to the sun, or do so with a window.
Or use a bright flashlight.
If one wishes to be a scientist, take the initiative and do an experiment.
I would suggest that tomorrow or as soon as possible, find a pane of glass and look at the reflection and transmission as a function of angle to the sun, or do so with a window.
Or use a bright flashlight.
If one wishes to be a scientist, take the initiative and do an experiment.
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I guess I'm trying to have you determine the answer without giving it to you.
Is there any reason that the reflection would be inverted, i.e. the reflected E/B fields would be inverted?
Is there any reason that the reflection would be inverted, i.e. the reflected E/B fields would be inverted?
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I'm not giving you the answer. Just do your best. Cheers.
physicsbhelp
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okay thank you for the help
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Another first for me in the forum. Astronuc has gone crazy, talking to himself and hage567 is trying to pacify him. olgranpappy is fed up and sad and refuses to give any answer. Ultimately, physicsbhelp thanks all of them for their behaviours!
There has to be some rule where the OP can't vanish from a thread without leaving at least his original post. I recently encountered another similar one, where the thanking had been done in the first post (after editing), but there the question was at least there in some form in the replies.
There has to be some rule where the OP can't vanish from a thread without leaving at least his original post. I recently encountered another similar one, where the thanking had been done in the first post (after editing), but there the question was at least there in some form in the replies.
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that is hilarious.
[edit: LOL]
[edit: LOL]
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