Snell's Law/Critical Angles Problem

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SUMMARY

The discussion centers on applying Snell's Law, specifically in the context of critical angles and geometric shapes like circles. Nicole seeks assistance in determining the incident angle when light interacts with a circular boundary. Daniel clarifies that the incident angle should be measured relative to the tangent line at the point of contact on the circle, emphasizing the importance of geometric considerations in solving the problem.

PREREQUISITES
  • Understanding of Snell's Law and critical angles
  • Basic geometry concepts, particularly involving circles
  • Familiarity with light behavior at boundaries
  • Ability to visualize angles in relation to tangent lines
NEXT STEPS
  • Study the application of Snell's Law in different geometric contexts
  • Learn about tangent lines and their properties in circle geometry
  • Explore examples of critical angle problems involving circular boundaries
  • Investigate the relationship between incident angles and reflection in optics
USEFUL FOR

Students and educators in physics, particularly those focusing on optics and geometric applications of Snell's Law, as well as anyone solving problems related to light behavior at curved surfaces.

Nikki196
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I know how to do critical angle problems, using snell's law, but i was given a circle and I'm not sure how i should go about finding the incident angle.. If someone could help me out with that it would be awesome! THX
Nicole
 
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Nikki196 said:
I know how to do critical angle problems, using snell's law, but i was given a circle and I'm not sure how i should go about finding the incident angle.. If someone could help me out with that it would be awesome! THX
Nicole


Post the exact text of the problem and maybe attach some drawing,since this is a problem that will use some geometry.And it's Snell-Descartes law.
That is if u want us to help u...

Daniel.
 
If your light ray is reflecting off a circle (or cylinder), the angle is the angle made with the tangent line to the circle.
 

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