Examples of using Refraction in English and their translations into Turkish
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
Light refraction?
Refraction of light.
Yeah, yeah, refraction.
Refraction. Very good, Auggie.
Atmospheric Refraction.
Light refraction technology.
Very good, Auggie. Refraction.
Refraction of light. Infinite.
Very good, Auggie. Refraction.
Refraction of light. Infinite.
The scientific principle of the divergence and refraction of light.
No index refraction of anything.
Maybe he's so dense,he defies the laws of physics and light refraction.
Refraction and a thin atmosphere is interesting.
My work in seismic refraction measurements and.
Refraction in its thin atmosphere is interesting but certainly not life.
You think you can tell me Beaton's refraction formula for the sun?
Refraction in its thin atmosphere is interesting but certainly not life.
I was wondering what wouldhappen if I connected the sequence with Atsuko's Spectral Refraction.
If I connected the sequence with Atsuko's Spectral Refraction. I was wondering what would happen.
For example, refraction, which is how a beam of light appears to bend as it passes from air into water.
From permittivity"ε" and magnetic permeability"µ" an index of refraction"n" is derived.
Due to a normal atmospheric refraction, sunrise occurs shortly before the Sun crosses above the horizon.
I thought so too, at first, but its molecular density and refraction index is much higher.
Reflection and refraction can happen at the same time, but, if a light ray hits the surface at an angle greater than the critical angle, it will be completely reflected and not refracted.
However medium or short wave transmissions received following refraction by the ionosphere are strongly affected.
Green flashes are enhanced by atmospheric inversions which increase the density gradient in the atmosphere,and therefore increase refraction.
Some important effects are Earth's nutation, rotation, atmospheric refraction, tectonic displacement and tidal waves.
He explains what we now call refraction, why objects look kinked in a glass of water- arguing that light rays bend when they move from one medium to another.
The light ray makes an angle θA with axis x3(the normal to the refractive surface) before refraction and an angle θB with axis x3 after refraction.