$reflecting telescope and refracting telescope differences$

$reflecting telescope and refracting telescope differences$ $reflecting telescope and refracting telescope differences$ $reflecting telescope and refracting telescope differences$

Source: Gustavo Girardelli, Wikimedia Commons ( CC BY-SA 4.0).Ĭoncave mirrors are very simple devices that can gather electromagnetic data. See the following diagram of a concave parabolic mirror.įigure 1. The ideal optical object that reflects all light and does not refract any fraction of it is called a mirror. These are used in seeing glasses or in telescopes. The ideal optical object that refracts all light and does not reflect any fraction of it is called a lens. Reflecting telescope diagram and structure Studying the disposition is a way to understand more complex designs while studying the magnification allows us to understand the mathematical structure behind telescopes, what we can do to improve them, and which problems we can encounter. In simple reflecting telescopes under the assumptions of ideal mirrors, we can study the disposition of mirrors and the magnification power (the amplification of images provided by the telescope) to classify them. What are the main characteristics of reflecting telescopes? Why the angle of reflection is the same as the incident angle of the incoming wave in certain circumstances.The conditions specifying how much light is refracted and reflected.The angle at which light is refracted (refraction indices).It is helpful, in this context, to note Maxwell’s laws, the basic laws of electromagnetism that describe every classical (not quantum) electromagnetic phenomenon, which concern issues such as: When an electromagnetic wave encounters a new medium, there is usually a fraction that is reflected and a fraction that is refracted.

$reflecting telescope and refracting telescope differences$

Reflecting telescope and refracting telescope differences