Myfab Annual Report 2014

1717

Joakim Brorson Schultzén - Stockholm University

General Physics II Laboratory (PHY2054L) Geometrical Optics Name: _Allison Gauvey_ Date: 11/19/19 _ Abstract Brief Geometrical optics is the treatment of the passage of light through lenses, prisms, etc. by representing the light as rays. A light ray from a source goes in a straight line through the air, but when it encounters a lens, prism, or mirror it bends or changes direction. Lens Prism Mirror Geometrical Optics. LABORATORY REPORT NO. 3. INVESTIGATION 1: DIVERGING AND PARALLEL RAYS OF LIGHT.

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Lens Prism Mirror Use the +25 mm lens as the eye lens and the +100 mm lens as the objective. Place the lenses near one end of the optical bench and the screen at the other end, as shown below. Tape a piece of graph paper to the screen. (Graph paper and tape are in the lab room.) Look through the eye lens, and focus the image of the graph paper by moving the objective. Geometric Optics is the study of reflection and refraction of light at various surfaces based upon its geometric incidence. It is, at its core, an application of Snell’s Law. Given the radii of curvatures and the index of materials comprising any lens system, it is theoretically possible to determine the final Lab I - 1 LABORATORY I: GEOMETRIC OPTICS In this lab, you will solve several problems related to the formation of optical images.

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Enochsson, O., Hejll, A., notches or other geometrical changes. Journal of the  (A Technical Report prepared by CSNI-PWG4's Task Group on.

Geometrical optics lab report

Syllabus for Waves and Optics - Uppsala University, Sweden

Geometrical optics lab report

Geometric Optics Lab Table 2: Converging Reflecting Surface Position of Object Beyond 2f (cm) At 2f (cm) Between 2f and f (cm) At f (cm) Between f and mirror (cm) d o d i h o h i Image: real, none, or virtual Image: inverted or upright Here image distance from reflecting surface is - … PHY 1122 Lecture Notes - Lecture 43: Geometrical Optics, Lab Report, Refraction Dear Douglas, I am working on postlab question #2, "List each measurement, range, σ (uncertainty) w/ reason." I am confused as to how to write this exactly from our data-there is uncertainty due to the resolution of the magnetic optics bench tape (.5 [mm]), but there is also an column for uncertainty for the position of the holder in our data (which is different for each measurement). 6 Lab Notebooks and Lab Reports For each experiment, you will take notes in your lab notebook as you proceed through the exper-iment. This notebook will not be graded. Its only purpose is to allow you to create a formal lab report which you will hand in to be graded. Each person should keep their own notebook, but it is Reports Geometrical and Physical Optics: Enroll Now! Course The first half of this course will be focused the fundamentals of geometrical optics.

Geometrical optics lab report

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Geometrical optics lab report

University of Virginia Physics Department. PHYS 2419 Unit: Geometric optics. Physics library.

When an object is dropped in still water, the circular wave fronts that are produced move out from the contact point over the two‐dimensional surface. A light source emits light uniformly in all directions of the three‐dimensional world. The wave fronts are spherical, and the direction of motion of the wave is perpendicular to The Geometrical Optics Lab at Kongju National University on Academia.edu Geometrical Optics – Lab report instructions 3 Calculation 2d: 3 pts You decide to use the two extra lenses you ordered and make a microscope attachment for your robot. Your place the two lenses in lens holders and put them on your optical rail.
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= Instructor Guide/Manual. Material Type: Lab; Class: Optics; Subject: Physics; University: University of Mississippi Main Campus; Term: Unknown 1989; Three mandatory laboratory exercises with report.


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Rev.1 - UNECE

Use a ruler to measure the image distance and height from your ray diagram. Each person in your lab group should make this measurement separately and record their values on their data sheet. Compare your results with those of the other members of the group. 7.