Examples of using Light rays in English and their translations into Hindi
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
We have to dash across using the light rays!
We see the light rays that are altered by that object.
The eye's natural lens also bends light rays.
Light rays entering the eye are not uniformly focused on the retina.
The eye's natural(crystalline) lens also bends light rays.
In the first instance, the light rays have to be correctly focused on to the back of the eye.
Inside the structure accumulates the required amount of light rays.
Combined, these light rays create what we call“white light” or sunlight.
However, if your cornea or lens isn't evenly and smoothly curved,then it causes light rays to be unevenly focused.
Combined, this spectrum of colored light rays creates what we call“white light” or sunlight.
The more massive the object, thestronger will be its gravitational field and hence greater will be the bending of light rays.
The eye needs to keep its shape so that light rays are focussed accurately onto the retina.
This causes light rays to focus at a point in front of the retina, rather than directly on its surface.
This helps to flatten the cornea so that the light rays can be focused further back and on to the retina.
This hybrid approach is particularly effective when it's cloudy and thesunlight is less concentrated since it can keep generating power even under diffuse light rays.”.
More bending(refraction) of the light rays is needed to focus on nearby objects, such as when reading.
Its exceptional brightness is also attributed to itsheavy, reflective clouds of gases and sulphuric acid, which allow light rays to easily bounce off them.
This vision problem occurs when light rays entering the eye focuses behind the retina, rather than directly on it.
Another new type of IOL blocks both ultraviolet and blue light rays, which research indicates might harm the retina.
Evenly distributed light rays is much better than lighting beams that a conventional lighting tower emits.
If you are farsighted,your eye does not have adequate focusing power- light rays fail to form a focus point by the time they reach the retina.
If you are nearsighted, light rays focus too early within your eye- they form a focus point in front of the retina instead of directly on it.
Certain eye structures have refractive properties similar to water or lenses andcan bend light rays into a precise point of focus essential for sharp vision.
Light rays come off an object in all directions, as they result from the light around us from sun, moon and artificial light bouncing back off the object.
Most refraction in the eye occurs when light rays travel through the curved, clear front surface of the eye(cornea).
Collimated light rays spread in parallel, although it is impossible to make the light perfectly parallel because of diffraction and the finite physical size of the bare emitter.
Most people know that sunlight contains visible light rays and also invisible UV that can tan or burn the skin.
Most of these light rays are harmless, but a portion of the light emitted by these screens is relatively high-energy visible light called“blue light”.
UV rays have higher energy than visible light rays, which makes them capable of producing changes in the skin that create a suntan.
In the tiny amount of time it takes for the light rays to reach the lady, because the train moves, the distance the first flash must travel to her shrinks, and the distance the second flash must travel grows.