Recent content by sylwesh98

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    Vessel with liquids having different refractive index

    i think only snells law is applicable in these cases.
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    Vessel with liquids having different refractive index

    i don't know how to proceed from there! any clue please
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    Vessel with liquids having different refractive index

    when the ray 2 leaves the medium one it will refract towards normal as it is passing from rarer to denser medium, after that from medium 2 to air it will be passing away for the normal as it is passing from denser to rared medium from that ray when it is seen from the eye it appears that the ray...
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    Vessel with liquids having different refractive index

    please can anyone provide me with a rough ray diagram so that i can proceed?!
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    Vessel with liquids having different refractive index

    but does it have something to do with the liquid with 2 different refractive media, and i can't trace another ray! its a little bit confusing!
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    Vessel with liquids having different refractive index

    ray is not clear i don't get it! is it the ray?
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    Vessel with liquids having different refractive index

    1.Problem: A vessel is quarter filled with a liquid of refractive index A. the remaining parts of the vessel is filled with an immiscible liquid of refractive index 3A/2. The apparent depth of the vessel is 50% of the actual depth. the value of A is? 1)1 2)3/2 3)2/3 4)4/3 Solution: 1...
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    The ratio of the distance of the focus and the point

    thanks for the help! It does mean that i understood the question in a wrong way
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    The ratio of the distance of the focus and the point

    yah! but the question given is the same as I've mentioned ! i really don't know what he meant to find?
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    The ratio of the distance of the focus and the point

    is there any relation , if the distance between the ray and principle axis is f? i mean will the ray pass through the focus if the distance between the principle axis and the ray is f, even though the ray is parallel to the axis.
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    The ratio of the distance of the focus and the point

    B is the point on the principle axis where the reflected ray intersects with the principle axis. A is the point where the ray touches the mirror. (sorry I forgot to mention that point).
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    The ratio of the distance of the focus and the point

    the ratio = the distance of point b from radius of curvature / the distance from focus to radius of curvature
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    The ratio of the distance of the focus and the point

    Here that's not R sorry for that . That's B and the ray that is reflected from the concave mirror is AB
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