proofs. In this experiment‚ we examine the interference and diffraction phenomena of light‚ both of which can be described by the wave theory of light. While interference is just the superposition of waves‚ diffraction is also any deviation from geometrical optics that results from the obstruction of a wavefront of light. In other words‚ diffraction is considering the double-slit experiment by taking into account the width of the slit openings‚ too. Another way of distinguishing between interference and
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Baldeo Persaud NT1310 Unit 7 Assignment 1: Refraction‚ Reflection and Optics A good example of refraction of light and reflection of light is a rainbow. Sunlight enters the rain droplet at a specific angle and the rain droplet separates the white light into many different colors. This angle is a fixed measurement between your eye and the sun. What color is refracted depends upon the critical angle‚ which is the angle the sunlight strikes the back of the rain droplet. Red light bends the least
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Physics Lab Report Physics Lab Report Title : Geometrical Optic Name : Muhammad Syakir Farhan b. Sebery Group : A Date : 20 June 2013 Matrix no : CPM 17/12C Lecturer’s name : Mr. Zikri Introduction An optical lens is made of transparent material such as glass or clear plastic. One or both surface usually has a spherical curve. There are two types of lenses‚ converging and diverging
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screen perched on a desk. It ’s called a computer monitor‚ and as you stare at it‚ light is focused into a dimesized image on the retina at the back of your eyeball. The retina converts the light into signals that percolate into your brain via the optic nerve. Here ’s a better way to connect with that universe: eliminate that bulky‚ powerhungry monitor altogether by painting the images themselves directly onto your retina. To do so‚
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FSD 1123 EXPERIMENT 4 Microscopy Muhammad Afif Najhan Bin Zakaria 3144001771 Raja Mohammad Danial Bin Raja Zukarnain 3144000051 Muhammad Syukri Haqim Bin Muhammad Razali 4124012121 Muhammad Hafidz Bin Marzuki 3144004791 Nawaf Aizat Bin Md Nawi 3144005721 26 September 2014 TUAN AZMAR
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The Fiber Optic Technology By: Juan C. Zapata MGMT 221 Introduction to Management Information Systems Professor: John Khayata Embry Riddle University September 20‚ 2011 TABLE OF CONTENTS: I. ABSTRACT II. HISTORY OF FIBER OPTICS III. HOW FIBER OPTICS WORK IV. ADVANTAGES OF OPTICAL FIBERS V. DIGITAL ENCODING VI. TRANS-OCEANIC CABLES VII. CONCLUSION
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Statement of Purpose Many people around the world want to build a career in Optics and Photonics and I am just one of them but I am different from others because of my eternal enthusiasm to study in this area. I started to dream about photonics and optical systems when I was at secondary school. In high school I started drawing optical systems. This made me more and more eager to study about optics and photonics. Step by step I was starting to make the little boy’s dream come true. After high
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1. Horizontal Cable- The cabling between and including the telecommunications outlet and the horizontal cross-connect. 2. Backbone Cable- A cable connection between telecommunications or wiring closets‚ floor distribution terminals‚ entrance facilities‚ and equipment rooms either within or between buildings. 3. Patch Cords- Any flexible piece of cable that connects one network device to the main cable run or to a patch panel that in turn connects to the main cable run. 4. Connectors- A device attached
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Electricity Electromagnetic Oscillations and Waves Diffraction and polarization of microwaves 4.5.06-00 What you can learn about … Diffraction Focal point Linearity Circularly and elliptically polarized waves Transverse waves Polarizer and Analyzer Constructive and destructive interference Principle: The equivalence between visible light and microwaves as special cases of the total spectrum of electromagnetic waves can be demonstrated using diffraction and polarization of
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optical communication is a kind of communication that use light propagation to send data between two points. Free Space Optics are capable of up to 2.5 Gbps of data‚ voice and video communications through the air‚ allowing optical connectivity without requiring fiber-optic cable or securing spectrum licenses. So we can use LED’s or Laser for transmission data. Free Space Optics (FSO) technology is relatively simple. It’s built on a laser transmitter and a receiver to provide full duplex capability
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