university by the Vice-Chancellor‚ Professor Gorman‚ the President of the Students’ Union‚ the Dean of the School and others. Nottingham Royal Concert Hall Wednesday 25 September 2013 Time Event Venue 9.00am - ALL Student Support Services – Induction talk Newton Building Lecture Theatre 7 10.00am -11.00am – BABM1 Introduction to Business Reality Ivan Whiston (Module Leader) Newton Building Room 46A/46B 10.00am -11.00am – BABM2 Introduction to DPPS Richard Howarth (Module Leader)
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Ideas about the solar system Our understanding of the solar system has changed over many centuries. Scientists such as Ptolemy‚ Copernicus and Galileo added their ideas to our changing understanding. We observe the universe using a variety of equipment‚ from telescopes to orbiters and landers. Models of the solar system The planets and the Sun orbit the Earth in Ptolemy’s model. Our understanding of the universe has changed over time. Different civilisations have created different models to
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Electromagnetic Spectrum Project Introduction: In this project you work for a company that produces and sells electromagnetic waves (Waves-R-Us). Your job is to do extensive research on the company’s products and then to design a catalog that will persuade customers to buy our product. You will also need to inform customers of the dangers of our waves. Task: You must design a catalog that will persuade the customers of Waves-R-Us to buy your products. Your catalog must have 1 page for each
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Introduction. b. Literature Review. c. Military Spectrum Management. d. Malaysian Armed Forces. e. Discussion. f. Conclusion. INTRODUCTION 3. General Overview. The term "battlefield spectrum management" refers to managing electromagnetic spectrum resources to support telecommunications (including weapons systems) and EW requirements. This management includes allocating and assigning generating frequency resources and distributing the variables for radio systems. International
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scientific contribution of Hertz’s research is seen in radio telescopes. Since many interactions in the universe cannot be seen in the visible light part of the electromagnetic spectrum‚ various telescopes‚ such as the radio telescope‚ have been created to detect the effects of these events in other portions of the electromagnetic spectrum (Electromagnetic Spectrum). This is important for observing objects that cannot be seen by the human eye but can be indirectly observed through their effects on their surroundings
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was made by Northrop Grumman Corporation. The radio waves used in radar help to decide the range‚ angle‚ or speed of objects. Radio waves have the longest wavelength‚ smallest frequency‚ and the least energy of all electromagnetic waves. These waves are a type of electromagnetic radiation‚ which additionally include microwaves‚ infrared radiation‚ x-rays‚ and gamma rays. Other important uses of radio waves are for television‚ cellphones‚ and
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A discussion of the regions (or bands or types) of the electromagnetic spectrum is given below. Note that there are no precisely defined boundaries between the bands of the electromagnetic spectrum; rather they fade into each other like the bands in a rainbow (which is the sub-spectrum of visible light). Radiation of each frequency and wavelength (or in each band) will have
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Electromagnetic spectrum The electromagnetic spectrum is the range of all possible frequencies of electromagnetic radiation.[4] The "electromagnetic spectrum" of an object has a different meaning‚ and is instead the characteristic distribution of electromagnetic radiation emitted or absorbed by that particular object. The electromagnetic spectrum extends from below the low frequencies used for modern radio communication to gamma radiation at the short-wavelength (high-frequency) end‚ thereby covering
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determines its color. For example‚ when a photon gives off red light‚ you can determine that it does not have a lot of energy because red light is the lowest of visible light on the electromagnetic spectrum. Opposite to that‚ violet light would have the most amount of energy because it is higher up on the electromagnetic spectrum‚ which is because it has shorter
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light?" he would probably say "An electromagnetic wave". What’s an electromagnetic wave? An electromagnetic wave (light) is mad up of entirely fundamental particles. The smallest fundamental particles known as photons make up light. Fundamental particles are only created and destroyed‚ they do not decay. All fundamental particles were created at the Big Bang. All fundamental particles are made entirely up of electromagnetism‚ being one of the reasons for electromagnetic waves. The other reason is that
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