The effects of the wave nature of light include the reflection, refraction, dispersion,
and diffraction of light, and its behavior during constructive and destructive interference.
Everyday examples include:
-- Mirrors, which would not work without reflection.
-- Eyeglasses and the human eye, which would not work without refraction.
-- Satellite dishes, which would not work without constructive interference.
Answer #1:
it can turn into a rainbow with water
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Answer #2:
The effect of refraction on visible light is that the light proceeds from it in a
different direction, or ... a completely equivalent way to look at the same thing ...
that the light source appears to lie in a different direction.
Change in direction, and either an increase or decrease in speed of the light wave
Savannah says; refraction
The light refraction is decreased.
It is refraction
There will be refraction when light passes from one substance to the other (for example, from air to water), when the two substances have different indices of refraction, and when light passes the surface at an angle. In other cases, there is no refraction.
Refraction can separate white light into the spectrum of visible light from red to violet.
the refraction of light in water medium is 1.0003,glass 1.5,etc.
What is Refraction?? What is Refraction??
It is called refraction, but some material bounces off the light and it is called reflection.
light undergoes refraction when the matter changes the speed of light
The light refraction is decreased.
Refraction of light allows for the change of appearance of an object
refraction
Reflection of light is the bending of light from its point. while refraction is the diverging of light from its bearing.
Refraction or Refraction of light is the scientific name for the bending of light. Same Thing.
It is refraction
There will be refraction when light passes from one substance to the other (for example, from air to water), when the two substances have different indices of refraction, and when light passes the surface at an angle. In other cases, there is no refraction.
Refraction can separate white light into the spectrum of visible light from red to violet.
In reflection the light bounces bach; in refraction the light passes through, but is bent at the interface.