Geometrical optics lab manual

Chapter5 Experiment3: GeometricOptics Introduction In this and the previous lab the light is viewed as a ray. A ray is a line that has an origin, but does not have an end. Optics. The method of geometrical optics will not solve all problems that involve light. There are problems in which light must be treated as a wave with interference effects; this is called physical optics and is the subject of the experiment, Diffraction and Interference. PHY LaboratoryGeometric Optics. PHY Laboratory. Geometric Optics. Introduction. In the first part of this lab, we will investigate the basic principles of ray optics, Snell's law and the Law of Reflection. In the second part of this lab, we will study the application of these laws to lenses. Hover over these!

View Lab Report - Lenses Virtual Lab Geometric www.doorway.ru from PHY C at Valencia Community College. Lab Manual Lenses Virtual Lab using PhET Geometric Optics Irina Golub Janu Read. 2 Geometric Optics Figure 1: Types of lenses and mirrors Consider re°ection from a concave spherical mirror, as shown in Figure 2. This mirror is a portion of a sphere of radius R whose center is at C. R is the radius of curvature and is the distance C from the mirror. Figure 2: Image formation from a curved re°ecting surface. Geometrical Optics – Lab manual 4 Combining lenses Many optical instruments relies on a combination of lenses. Solving problems with a combination of lenses sometimes requires using the thin lens equation two or more times. If we have two lenses with focal lengths 𝑓1 and 𝑓2.

Geometrical optics · P Reflection of light at straight and curved mirrors · P Determining the focal lengths at collecting and dispersing lenses. plicated refractive optics such as lenses and optical instruments. Thus, our treatment of light as a ray will suffice. Experiment 1: Snell's Law. Set up the experiment shown in the photo below so that the white light from the computer screen falls upon a suitable round object (in this case a battery).