Social location the position on the social-spectrum. Some are rich and others poor or they fall under a middle class category on the social spectrum. Some can be poor but have integrity. Our social location is determined by you and by others. Our own social location tells what we think of ourselves. Another social location tells what others believe of us on the social spectrum. That rich person could be a humanitarian‚ and could care about the world‚ for example. Our social location tells us what
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terrestrial microwave‚ and satellite. Infrared transmission is used in some LAN applications. In a data transmission system‚ the transmission medium is the physical path between transmitter and receiver. Recall from Chapter 3 that for guided media‚ electromagnetic waves are guided along a solid medium‚ such as copper twisted pair‚ copper coaxial cable‚ and optical fiber. For unguided media‚ wireless transmission occurs through the atmosphere‚ outer space‚ or water. The
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s3398334 – Paulo Balino Colour Symbolism RED is the color next to orange at the end of the visible spectrum. The wavelength of red light is approximately 620-740 nm on the electromagnetic spectrum. History of RED Inside cave 13B at Pinnacle Point‚ an archeological site found on the coast of South Africa‚ paleoanthropologist in 2000 found evidence that between 170‚000 and 40‚000 years ago‚ Late Stone Age people were scraping and grinding ochre‚ a clay colored red by iron oxide‚ probably with the intention
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be measured electrically. Classification based on property is as given below: Temperature - Thermistors‚ thermocouples‚ RTD’s‚ IC and many more. Pressure - Fibre optic‚ vacuum‚ elastic liquid based manometers‚ LVDT‚ electronic. Flow - Electromagnetic‚ differential pressure‚ positional displacement‚ thermal mass‚ etc. Level Sensors - Differential pressure‚ ultrasonic radio frequency‚ radar‚ thermal displacement‚ etc. Proximity and displacement - LVDT‚ photoelectric‚ capacitive‚ magnetic
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13BEE1072 E.E.E. 3. Mayank Raj 13BEE1073 E.E.E. 4. Nambiar Nikhil SunilKumar 13BEE1083 E.E.E. 5. Onkar PradipRao Pimparwar 13BEE1094 E.E.E. INTRODUCTION A waveguide is a structure that guides waves‚ such as electromagnetic waves or sound waves. There are different types of waveguides for each type of wave. The original and most common meaning is a hollow conductive metal pipe used to carry high frequency radio waves‚ particularly microwaves. The geometry of a waveguide
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Preparation and Spread Spectrum Transmission Comparison Submitted to: Professor: Date: November 2‚ 2014 OPNET Preparation OPNET Preparation Paste your Windows Explorer screenshot that shows your Citrix NETW360 directory structure here. An example screenshot appears in your Week 1 iLab tab. Spread Spectrum Transmission Comparison Introduction to Spread Spectrum Transmission Guidelines What is it? Why is it important? What issues are addressed? How does it work? Spread Spectrum Transmission is a
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SPECIAL ARTICLE 3G Spectrum Auctions in India: A Critical Appraisal Alok Kumar That auction should be a preferred route to allocate scarce resources such as spectrum is conditional upon getting the auction design right. We analyse the auction design employed in the spectrum allocation for third generation and broadband wireless access services‚ assessing its success on the parameters of revenue realisation‚ efficiency‚ post-auction market structure‚ and impact on consumers. While the auction
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examined and should be the issue. 2.) The differences in energy between these lines is produced by electrons going from high to lowe energy orbits and as a result releasing energy and electromagnetic waves with longer wavelengths. This means that these lines are lower in energy when compared to the ultraviolet line spectrum. In addition‚ the ultraviolet lines indicates that electrons is going from high to low energy thus‚ releasing more energy and shorter wavelengths. 3.) a) 4d 5s 4p
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information‚ however they did not determine which solution an IR spectrum would be obtained for. This was determined by the strongest‚ or more visible spot on the plate. An error for this lab could have occurred at this point because the wrong spot was chosen. If the RF values were used to determined which spot to choose‚ results may yield a smaller presence of pure naphthyl ether and a larger presence of dichloromethane in the IR spectrum. The spot that is most visible on the TLC plate is the solution
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identified by their emission spectra. After burning different chemicals under a Bunsen burner‚ the colourful light was observed through a light spectrum‚ giving a reading which was recorded. The chemicals all gave off different colours which‚ when observed through the light spectra‚ either had a continuous band or‚ single stripe. Judging by the matching colours and spectrum readings‚ it is clear that the unknown substance was calcium. The analysis showed that elements have unique emission spectra; this is
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