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Whatever light touches, it reflects back. Reflection – this amazing process. Consider, for example, what happens when we look in a mirror: What do we see there? In other words, the light which is reflected from our face and goes to mirror comes back (for example). Spherical mirrors, which are half sections of a ball mirror shaped like a bowl and used as rearview mirrors, TL: What is special about the mirrors you design? Light strikes these spherical mirrors, the reflecting the light back in a manner that produces an image clearly. It is useful to understand this so that we know when and how to use a parabolic mirror in order to get the image we want, be it from a telescope or for other optical devices.
The main types of spherical mirrors are the concave and the convex. The concave mirror shapes like a bowl with the curving back, and convex mirrors board upcurved likes the back of a spoon. We use two kinds of mirrors for different purpose as both the kind reflect light in a different way Concave mirrors are good for focusing light, and therefore used in devices such as flashlights or car headlights. The mirror in ово them, serves to orientate light into a definite beam for it to be more efficient and desirable. Convex mirrors on the other hand are used in side-view mirrors of cars. These mirrors aid the rearview visibility, enabling the drivers to view a broader area around them making it safe for them who change lanes and drive.
Optical physics is the study of light and how it behaves as it hits its reflection materials. This tells us what light does as it encounters objects. A perfect example of showing how light can be manipulated to form images are the spherical mirrors. From physics, we know how light reflects off these mirrors and hence we can leverage the same to our advantage. For example, telescopes use both lenses and mirrors to refract and focus light from stars and planets across vast distances. It is because of this that we are able to observe things in space so far away and with agents can be either difficult or impossible for our unaided eyes. This principle of refraction allows us to develop advances in technology that use light, such as cameras for imaging and projectors for film projection.
Spherical mirrors and lenses are quite helpful but have their own demerits. Any time light bounces off of a mirror, the image is either distorted or lost in fuzziness. That's where you've got to be really careful when using these sorts of devices. Lenses, also will have a difficulty in converging light with different incident angles and focusing it. This might result in images that are unfocused, and not preferred. Knowing about these confines is important as it will allow us to tweak the designs of our daily devices such that they provide us efficient work and make our images more pristine.
For instance, both telescopes and eyeglasses are made up of spherical mirrors or lenses. Telescopes use lenses and mirrors to collect, magnify and focus light from distant objects like stars not visible to the naked eye. Astronomy lovers enjoy this very much and they are curious about knowing more from the space. This is also the case with eyeglasses where lenses are involved. This corrects the way that light enters the eyes of people making it easier for them to view correctly. Lenses can be concave for nearsightedness or convex for farsightedness, depending on what a person needs. Whether we are using the stars to navigate or reading a book, spherical mirrors and lenses help us to see things.
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