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Ganesh Ujwal
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i don't understand if light cannot bend, then how magnify glass works?
how it is bending & magnifying the light?
how it is bending & magnifying the light?
Google refraction.Ganesh Ujwal said:i don't understand if light cannot bend, then how magnify glass works?
how it is bending & magnifying the light?
There is nothing "mysterious" about it at all. GOOGLE REFRACTION and read the whole thing.Ganesh Ujwal said:if light cannot bend then how refraction & reflection of light are working?
is it still mystery or any other theory is there for this?
No. The tendency of the vehicle is a matter of physics. An experienced driver can compensate for what the vehicle tends to do, but that does not change the physics.Ganesh Ujwal said:will it travel straight or will it tend to turn one direction or the other? it depends on driver's experience.
Ganesh Ujwal said:thank you it explains lot, but what i understand is there is no theory to explain or demonstrate why light refraction & reflection.
pardon me, i am not asking light has width,dimensions or not.DaveC426913 said:It may be helpful to recognize that a light beam is not zero width.
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Yes, Dave completely understands that you were not asking that, he was giving you another helpful way to see what is happening. You really seem determined to not understand that refraction is no big mystery.Ganesh Ujwal said:pardon me, i am not asking light has width,dimensions or not.
You are asking how it refracts.Ganesh Ujwal said:pardon me, i am not asking light has width,dimensions or not.
I wonder if he's having trouble with the notion that the speed of light isn't constant as is often thought. If so:Ganesh Ujwal said:is it mystery
A magnifying glass works by using convex lenses to refract, or bend, light. This bending of light helps to focus the light rays onto a single point, making the object appear larger and magnified.
While light travels in a straight line, it can be bent when it passes through different materials or mediums, such as air, water, or glass. This bending of light is known as refraction.
The magnifying glass works best when held at a certain distance because it is designed to have a specific focal point where the light rays converge and create a magnified image. Holding the magnifying glass too close or too far from the object will result in a distorted or blurry image.
Yes, the size of the magnifying glass does affect the magnification. A larger magnifying glass will have a larger area in which the light rays can be focused, resulting in a larger magnified image. However, the shape and curvature of the lens also play a role in the magnification.
No, a magnifying glass is designed to magnify objects that are close to the lens. It cannot be used to see objects that are far away, as the light rays from these objects will not be focused by the lens.