@aarashnavabi4749

9 months ago

1: rod to air 2: rod to air to glass to air 3: rod to kerosene to glass to air 4: rod to water to glass to air 5: rod to honey to glass to air Not including reflections. Additional notes: There could possibly be a 6th depending on viewing angle: 6: rod to honey to water to glass to air You can possibly multiply all refraction by two if you consider refraction at meniscus. So: 10 or 12 It would go like this: rod to water to kerosene meniscus to kerosene to glass to air. At each meniscus there is wild shit going on. Which makes this almost impossible to tell how many refractions there are. For example, the top one would be Rod to air to water kerosene meniscus to glass to air. And then right below it there is Rod to water, kerosene meniscus to glass to air. Alternatively, you can forget about the mediums it’s going through and literally just count whenever there is a variation in the color green. If you do that, you get 18 refractions, not including the reflection. To do this in your mind, you have to imagine the entire picture as Noll and void. Just draw a thin line at the middle of the rod from start to finish you in the counting 18. This includes the refraction at the very beginning where the glass is thicker. If you pay attention, you can see that there is a complete black break in between the rod as soon as it goes into the glass container.

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