Using the data provided what is th relationship between incident angl velocity of the refraction light ray?

College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Using the data provided what is the
relationship between incident angle and
velocity of the refraction light ray?
Custom |
Dark Purple Wavelength (), = 380 nm )
Custom index of refraction 1.622
Incident Angle 60°
Dark Red Wavelength () = 700 nm )
Custom index of refraction = 1.598
Incident Angle 60°
Incident Angle 30°
Incident Angle 30°
Reflection Angle 30°
Reflection Angle 60°
Reflection Angle 30°
Reflection Angle 60°
Refraction Angle 18.5°
Velocity Reflection 1.00c
Velocity Refraction 0,63¢
Refraction Angle 18.2
Refraction Angle 32.8°
Refraction Angle 33.3°
Velocity Reflection 1.00c
Velocity Reflection 1.00c
Velocity Reflection 1.00c
Velocity Refraction 0.62c
Velocity Refraction 0.63c
Velocity Refraction 0.62c
Direct Relationship
Inverse Relationship
No Relationship
Transcribed Image Text:10 Using the data provided what is the relationship between incident angle and velocity of the refraction light ray? Custom | Dark Purple Wavelength (), = 380 nm ) Custom index of refraction 1.622 Incident Angle 60° Dark Red Wavelength () = 700 nm ) Custom index of refraction = 1.598 Incident Angle 60° Incident Angle 30° Incident Angle 30° Reflection Angle 30° Reflection Angle 60° Reflection Angle 30° Reflection Angle 60° Refraction Angle 18.5° Velocity Reflection 1.00c Velocity Refraction 0,63¢ Refraction Angle 18.2 Refraction Angle 32.8° Refraction Angle 33.3° Velocity Reflection 1.00c Velocity Reflection 1.00c Velocity Reflection 1.00c Velocity Refraction 0.62c Velocity Refraction 0.63c Velocity Refraction 0.62c Direct Relationship Inverse Relationship No Relationship
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