phys1402_exp9_report_template

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School

Texas A&M University *

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Course

202

Subject

Physics

Date

Dec 6, 2023

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xls

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3

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Experiment 9: Reflection and Refraction 11/30/2023 Student Name: REPORT Section Number: Instructions 1) Follow all of the lab activity steps given in the Lab Procedure. 2) 3) 4) Attach additional sheets of paper that clearly (NEATLY) show all of your calculations performed during this experiment. Results 1) Why are two images seen in the glass plate when it is viewed from the observing position in part A of the experiment? erase this and type in your answer 2) Based on your data and observations, draw conclusions about (a) the relationship of the distance of the object in front of a plane mirror and the distance of its image "behind" the mirror; and (b) the image magnification. erase this and type in your answer 3) Use Snell's law to prove that the incident angle of a light ray entering a rectangular block of glass (as in part B) is equal to the angle of the ray leaving the glass. erase this and type in your answer 4) glass plate. Attach your completed data tables to this page. TYPE YOUR ANSWERS IN THE PROVIDED SPACES below & in your data tables. Using the experimentally determined n for the glass plate, compute the speed of light in the
erase this and type in your answer
Experiment 9: Reflection and Refraction 11/30/2023 Student Name: DATA Section Number A. Reflection Glass Plate as a Mirror Table 9.1 % Dif side 1 side 2 % Dif Plane Mirror Table 9.2 object pin image pin % Dif % Dif Rotation of a Mirror Table 9.3 2θ φ % Dif B. Refraction Index of Refraction of a Glass Plate Table 9.4 n ray A ray B ray C Average n = Ave n n glass % Dif θ i θ r d o d i h o h i d o d i θ 1 θ 2
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