What Happens When Snell's Law Is Exceeded?

AI Thread Summary
When the ratio v2/v1 exceeds 1 in Snell's Law, it allows for the possibility of sinθ being greater than 1, which suggests a violation of the law. This situation leads to the conclusion that angle θ does not exist, resulting in total internal reflection. The discussion emphasizes the importance of consistent notation when applying Snell's Law. Total internal reflection occurs when light attempts to move from a medium with a higher refractive index to one with a lower refractive index. Understanding these principles is crucial for accurately predicting light behavior at boundaries.
MHD93
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Hi people..

Snell's law reads sinθ = (v2/v1)sinβ

Suppose that v2/v1 > 1, then we can make sinβ as close to 1 as we like, even close enough to make sinθ>1 as Snell's law states.

So what's wrong?
 
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Hi Mohammad_93! :smile:

(try using the X2 button just above the Reply box :wink:)
Mohammad_93 said:
Suppose that v2/v1 > 1, then we can make sinβ as close to 1 as we like, even close enough to make sinθ>1 as Snell's law states.

So what's wrong?

In that case, θ does not exist, and there is total internal reflection. :wink:
 
Try to be consistent with your notation.
Snells law is written as
Sinia/Sinib = va/vb
 

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