0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
What the critical angle and is and what happens to light and the ceitical angle?
It spells "critical" correctly
When do you have critical angle?
A critical angle refers to the highest angle the light can possibly refract into or between objects without disappearing. ie = light going from crystal into water, the critical angle is 47degrees.
Could you Explain the critical angle?
hi the critical angle is when the light comes in and it reflects
Is the critical angle the same thing as the angle of incidence?
The critical angle is not the same thing as the angle of incidence. There is a reason the confusion. The critical angle is defined as the smallest angle of incidence which results in total internal reflection. Every plane wave incident on a flat surface has an angle of incidence. That can be any angle. When a wave travels from a dense medium to a less dense medium, there comes an angle of incidence where there is no transmission into the less dense medium. We say then that for an angle of incidence above the "critical angle" the result is total internal reflection. It is also true that with Snell's law, the critical angle is the particular angle of incidence which would result in a 90 degree angle of refraction.
What is glycerol's critical angle?
46 degrees
What is the definition of critical angle?
The definition of critical angle is the angle of incidence that refraction can still occur.
What the critical angle and is and what happens to light and the ceitical angle?
It spells "critical" correctly
Define critical angle?
critical angle is defined as angle of incidence provide an anlge of refraction of 90 degree
What are the significance of acceptance angle in fiber?
as we know that we apply light ray as source instead of electricity in case of OFC (optical fiber cable) communication but not all ray will propagate so that only those rays that have an angle greater than the critical angle can be transmitted and that reference angle is called ACCEPTANCE ANGLE.
The refractive index of diamond is 2.42. What is the critical angle for the light passing from the diamond to the air?
The critical angle is the angle of incidence at which the light is refracted at an angle of 90 degrees. The critical angle can be calculated using Snell's Law: sin(critical angle) = 1 / refractive index. For diamond (n=2.42) to air (n=1), the critical angle is approximately 24.4 degrees.
Could you Explain the critical angle?
hi the critical angle is when the light comes in and it reflects
When do you have critical angle?
A critical angle refers to the highest angle the light can possibly refract into or between objects without disappearing. ie = light going from crystal into water, the critical angle is 47degrees.
Why critical angle for water is greater than the critical angle of glass?
Because of the difference in the density of the materials.
What is the critical angle of perspex and water?
The critical angle for perspex and water is approximately 41 degrees. This means that any light ray entering perspex from water at an angle greater than 41 degrees will be totally internally reflected within the perspex.
Will you get a more total internal reflection with a medium that has a small critical angle or with OR that has a large critical angle?
You will get more total internal reflection with a medium that has a smaller critical angle. A smaller critical angle means that light is more likely to be reflected back into the medium rather than refracted out of it.
What is the critical clearing angle in power electronic?
Explain critical clearing angle calculation methods of improving stability
Is there a critical angle for light traveling from glass to water?
Yes, there is a critical angle for light traveling from glass to water. This critical angle is the angle of incidence that results in light being refracted along the interface between the two mediums, rather than being transmitted into the other medium. The critical angle can be calculated using Snell's Law.
