PARAGRAPH STRUCTURE Good paragraph construction depends mainly on a) thinking through each idea so that you develop it logically and clearly‚ and b) then guiding the reader through your thought processes by using appropriate joining expressions. This means making the sentences fit together properly. Most paragraphs are composed of three parts. I. Introduction: gives background information or provides a transition; should include the topic sentence (expresses the main idea to be developed
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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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Section 2.5‚ Chapter 18‚ and Section 19.1 Introduction Spectrophotometric determinations based on the Beer-Lambert Law are among the most widely used analytical procedures. These methods involve the measurement of the fraction of incident electromagnetic radiation that is absorbed by a sample. To determine the concentration of a colored species in solution‚ a cuvet containing the solution is placed in the spectrometer‚ which consists of a spectrograph and a photometer. The spectrograph produces light
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References: ring monopole antenna with double meander lines for 2.4/5ghz dualband operation”‚ Progress In Electromagnetics Research‚ PIER 72‚187– 194‚ 2007.
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Have you ever wondered why we see the grass green or the ocean blue ?. Liquid water absorbs short wavelength light (UV)‚ long wavelengths and infrared light. Each color has a different wavelength‚ so it is refracted at a slightly different angle‚ resulting in dispersion. The colors visible spectrum results in the light response‚ the absorption‚ reflection‚ transmission and in the color addition/subtraction. Out of the visible light spectrum the most absorbed is the red-orange along with the yellow-green
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As the title of this lesson suggests‚ this lesson focuses on the efficiency of appliances and how we can calculate this‚ introduces ourselves to the various forms of energy‚ how this energy is transformed‚ and discusses recommendations to conserve it. This lesson started by stating the importance and multiple uses that we give electricity. This is the main (and only as far as I can tell) source of energy that our electrical devices need to work and give us all of the amenities that we have come
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Firefighters. How can we help them be safe and keep them healthy for their everyday lives? Well we should all know that fire fighters have an important job not only for themselves but for the community basically. They respond to emergency situations and protect people‚ from accidents‚ sickness‚ or things like fires that can cause harm or even sadly a loss of a family member. To get fire fighters better protected and safe I think that they shouldn’t have to wear all that heavy gear because if they
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mechanical energy. Energy is transferred from one place to another with waves. All waves have amplitude‚ wavelength‚ and frequency. The electromagnetic spectrum is the range of wavelengths or frequencies over which electromagnetic radiation extends. In the electromagnetic spectrum the visible light falls in the middle. Visible light waves are the only electromagnetic waves we can see. We see the waves as all the colors of the rainbow. Each color has a different wavelength. Red has the longest wavelength
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12/3/11 MasteringPhysics: Course Home Week 14- Ch 35- Electromagnetic Waves Due: 11:45pm on Sunday‚ December 4‚ 2011 Note: You will receive no credit for late submissions. To learn more‚ read your instructor’s Grading Policy [Switch to Standard Assignment View] [ Print ] Electric Field Due to Increasing Flux Learning Goal: To work through a straightforward application of Faraday’s law to find the EMF and the electric field surrounding a region of increasing flux Faraday’s law describes
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the final destination‚ the brain. Even though‚ both system basic the same. Each system perceive those information that perceive from sensory neuron in totally different way. For instance‚ optical system receive visible spectrum of wave of electromagnetic radiation. The frequency of wave created color and distinguish brightness by amplitude. In auditory system‚ the frequency of wave created tone ( pitch) and loudness by amplitude. For the optical system‚ the cornea gather light rays that pass into
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