Thin lens equation and microscope: Difference between revisions

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== Introduction ==
== Introduction ==


The thin lens equation <math>\frac1a + \frac 1b = \frac1f</math> to compound microscope with two lenses. The lens that is closer to the object is called ''objective'' and the the one closer to the eye is called ''ocular''. The distance between the lenses is <math>L</math>.
The thin lens equation <math>\frac1i + \frac 1o = \frac1f</math> to compound microscope with two lenses. The lens that is closer to the object is called ''objective'' and the the one closer to the eye is called ''ocular''. The distance between the lenses is <math>L</math>.


== Theory ==
== Theory ==

Revision as of 20:10, 11 August 2021

Introduction

The thin lens equation to compound microscope with two lenses. The lens that is closer to the object is called objective and the the one closer to the eye is called ocular. The distance between the lenses is .

Theory