The disparity between mirrors and lenses lies in the manner in which light behaves upon interacting with their surfaces. When light encounters any surface, it undergoes two primary phenomena: reflection and refraction. The fundamental contrast between mirrors and lenses lies in the fact that mirrors form images through reflection, where light falls onto a mirror, while lenses form images through refraction.
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A mirror, mechanically defined, is a sheet of substrate or metal that reflects incident light. The polished side of a mirror, often coated with a layer of metal amalgam or crafted from naturally reflective metals, facilitates clear reflections of objects placed in front of it.
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Mirrors serve numerous practical applications in everyday life, ranging from personal grooming mirrors to more specialized uses such as solar cookers, security applications, periscopes, torch lights, home décor, and telescopes. Various types of mirrors, including plane mirrors, spherical mirrors (concave and convex), each with distinct characteristics, find applications in diverse fields.
Uses of Mirrors Include:
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