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Winona State University Physics 202 Lab Revised 08/07/07 by T. Price Spherical Mirrors and Lenses NOTE: SKETCH ALL RAY DIAGRAMS BEFORE COMING TO THIS LAB. Theory: A spherical lens is a lens whose
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How to fill out lab 13 - spherical mirrors:

01
Start by gathering all the necessary materials for the experiment, such as a concave and convex mirror, a light source, a screen, a ruler, and a lens holder.
02
Begin the experiment by placing the concave mirror on the lens holder, making sure it is stable and positioned correctly.
03
Set up the light source, ensuring it is aligned with the concave mirror. This will create a parallel beam of light for the experiment.
04
Place the screen a distance away from the concave mirror. Adjust the position of the screen until a clear, focused image is formed.
05
Measure the distance between the concave mirror and the screen using the ruler. Record this value as the focal length.
06
Repeat the steps above for the convex mirror, using the same procedure and measurements.
07
Analyze the results obtained by comparing the focal lengths of the concave and convex mirrors.
08
Document your findings and observations in the appropriate sections of lab 13 - spherical mirrors.

Who needs lab 13 - spherical mirrors:

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Physics students studying the properties and behavior of curved mirrors.
02
Researchers or professionals working with optics and light manipulation.
03
Anyone interested in understanding how spherical mirrors work and their practical applications.
Whether you are a student, a scientist, or simply curious about the world of optics, lab 13 - spherical mirrors provides valuable insights and hands-on experience in this fascinating area of study.

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