WebMar 30, 2024 · Sign convention for Spherical Mirrors. Last updated at March 16, 2024 by Teachoo. In numericals, we need to calculate some things like. Object distance. Image … WebJan 9, 2016 · 1 Answer. Sorted by: 1. In starting it is futile, but if you use many mirrors, you will get mad. Actually, you have derived your formula in a particular case, say when image is behind the mirror. To extrapolate it to other cases, you say that you could have used opposite sign of image distance. But this will create different formulas for ...
Issue on sign convention with optics - Physics Stack Exchange
WebMar 27, 2024 · While dealing with the reflection of light by spherical mirrors, follow a set of sign conventions called the New Cartesi Convention. In this convention, the pole (P) of the mirror is tak origin (Fig. 10.9). The principal axis of the mirror is taken as (XX) of the coordinate system. The conventions are as follow (i) The object is always placed to the … WebOct 8, 2015 · $\begingroup$ Not only are some explanations vague, but most US introductory physics texts and older optics texts use a different sign convention based on object/entering light side being positive and … cinema therapy gollum
Sign Convention for Mirrors Definition, Examples, Diagrams - Toppr Ask
WebLet's explore the sign conventions (rules to assign +ve and -ve values) we use for mirrors and lenses. These rules are called Cartesian sign conventionsPract... WebJan 25, 2024 · Sign Conventions for Mirror Equation. Mirror Equation follows certain sign conventions that are as under: 1. The principal axis of the mirror is taken along the \(x\)-axis of the rectangular coordinate system, and its pole is taken as the origin. 2. WebJun 7, 2006 · Sir, I am confused on what sign conventions to follow. I reffered 5 or six books which says that focal length of convex mirror is positive and focal length of concave mirror is negative. But in Resinick & halliday,wikipedia and many other websites it is given the opposite. Please help me! cinema therapy facebook