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Convex lenses are also known as converging lenses since the rays converge after falling on the convex lens. The concave lens are known as diverging lenses, as the rays diverge after falling on the concave lens. In this article, we will learn about image formation by concave and convex lenses.

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Infrared heat that is produced by the burner must be directed into the space to be heated. High intensity units are CSA Design Certified to be mounted horizontally or at an angle up to 30°. These attitudes plus a standard, shallow, straight sided high intensity reflector ensures that infrared output is not directed to the walls. The standard reflector reduces dispersion to the sides and produces a conical spread of approximately 90°. A parabolic reflector extension may be added to the standard reflector to produce a deep (concentrating) reflector. The extension is used for concentrating infrared energy usually for spot heating or higher mounting height applications.

Spherical lenses are lenses formed by connecting two spherical transparent surfaces. In general, there are two types of spherical lenses. So, lenses formed by binding two spherical surfaces bulging outward are known as convex lenses, while the lenses formed by binding two spherical surfaces such that they are curved inward are known as concave lenses. This is one of the basic differences between concave and convex lenses.

These notes are very useful for me to clear all my doubts my special thanks to Mr Byju Raveendran for making this very useful and colorful app Thanks sir Khushi Rani