Questions 3-4 are the most important to be answered but if 1 and 2 can get answe
ID: 1775661 • Letter: Q
Question
Questions 3-4 are the most important to be answered but if 1 and 2 can get answered as well I’ll greatly appreciate it since I don’t understand uncertainties all the way. Will give great review. Thanks In advance DISCUSSION: This part of the lab report tells us how well you underst Type your discussions for each part (at least one paragraph) on a separate plece stios t and the experiment. of paper wer the Questions for results to support your discussion with the corresponding section nun Further Discussion (below) in complete sentences. Restate your answers. 1. (5 pts.)What are the sources of uncertainty (both random uncertainties and systematic uncertainties) associated with determining the index of refraction of glass in Part 1? Review the uncertainty analysis instructions on Pilot to help you answer this question. No Vale 2. (5 pts.)What are the sources of uncertainty (yes, both random and systematic) associated with determining the focal length of the 100mm focal length lens in Part 2? Values 3. (5 pts.)Spherical lenses, like the ones used in this experiment, inherent with their shape and the material that they are made of have several possible types of aberrations. Spherical aberration and chromatic aberration are two common ones. Describe these two aberrations associated with spherical lenses. oogle + 4. (5 pts.)A simple telescope could be made with the two converging lenses from parts 2 and 3 of this experiment. Using your experimentally determined focal lengths of these two lenses what w j Write a statement relating refraction of light and Shell's Law to the refraction of light of both ould be the magnification of this telescope? jor vP magntien for Write a statement relating refraction of light and Snell's Law to the refraction of light verging and diverging lenses. Relate the converging and diverging lenses to the thin lens equation. Make a statement about image formation, both with a single lens system and a multiple lens system.Explanation / Answer
Sol3:
When light composed of several wavelengths passes through a lens, the various wavelengths
are focused at different points due to dispersion. This lens defect is called chromatic aberration.
Spherical aberration occurs because rays that are not paraxial are brought to a focus at a different spot than are paraxial rays. Spherical aberration is caused due to the outer edges of the lens produce a focus at a different point from that formed by the central portion of the lens.
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