Mirror Equation

First understand the sign rules of the convex mirror.

Mirror equation. Where R is the radius of curvature. The mirror equation expresses the quantitative relationship between the object distance d o the image distance d i and the focal length f. Hey guys in this video were going to talk about an equation for mirrors that will tell us pretty much everything that we need to know about the images produced by mirrors before we had to rely on ray diagrams which are the notoriously difficult to draw that are really only good for qualitative information with a mirror equation well be able to get definite quantitative information such as.

How can geometry algebra and simple ray construction be used with a concave mirror in order to develop a relationship between the. O is the object distance. The Mirror Equation is.

Mirror Equation Derivation Teachers Guide Topic. - Instructor Mirror equation problems can be intimidating when you first deal with them. Image distance from the mirror in meter R.

The mirror equation expresses the quantitative relationship between the object distance do the image. Mirror Equation Displaying top 8 worksheets found for - Mirror Equation. Mirrorequationclass12physics In this video I have discussed about Mirror Equations from 12th Physics in lesson OpticsThis is very important 5mark for.

Pic These two equations can be combined to yield information about the image distance and image height if the object distance object height and focal length are known. The sign rules for the convex mirror Object distance do If an object is in the front of a mirror surface which reflecting light where the light passes through the object then the object distance do is positive. Its called the mirror equation and itll tell us how to relate the object distance the image distance and the focal length.

And thats not because the mirror equations all that difficult. The radius of curvature of a convex mirror used for rearview on a car is 400 m. The following equation is used to calculate the radius of curvature and focal length.