...Catching the wave I groaned slowly, lifting my head from the pillow and smiled slightly at the sound of my alarm clock, David's gorgeus voice soothing me and putting me in a good mood which would, most likely, last all day. I rolled onto my front, turning my left at glancing at my alarm clock which read 4:30 am, I then looked past it and through the window. I never closed the curtains, and frowned, it was still dark out but it was getting lighter. I put on a pair of white shorts, a tank top, and a white bandeau before I left the bedroom. I jogged downstairs, through the kitchen and out the backdoor into the back garden. I walked down the path and opened the shed door, smiling happily as I entered, seeing my favorite surfboard. “Mike? Is that you?” I heard my mother's voice as she made her way down the garden path. “Obviously,” I replied, rolling my eyes playfully as she entered the shed. “Alright, lose the tone,” She warned with a playful grin, leaning against the doorframe. “You're just like your father,” She said with a soft sigh. “You're getting up ungodly hours of the morning just to go surfing, how passionate you're about it..you're so alike,” She finished as I continued to wax my board. I just looked and smiled at her as I tucked my board under my shoulder. “I love you mom but it's getting lighter and I really don't wanna miss it,” I told her rushing out and up the garden. “Miss what?!” She asked calling after I left. “The sunrise,” I called back in reply. I then made my...
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...between frequencies, wave length and wave velocity of a transverse wave on a string, as well as the relationship between the spring tension and the number of standing waves formed. Two different strings used in this experiment are white and black in colour; the µ1 value calculated for the white string is 2.73 x 10-3 ±0.00055kg/m with an uncertainty of ±8.2932 x 10-5 kg/m while the µ2 value calculated for the black string is 1.38 x 10-3 kg/m with an uncertainty of ±8.6492 x 10-5 kg/m. However, the actual linear mass density µ0 of the white spring calculated is 2.87x10-3kg/m; compared to the experimental linear mass density µ1, the difference in error was 4.88%, however, the mass of the black spring was too small to be weighted therefore the actual linear mass density µ0 was unable to be calculated, so cannot be compared to the experimental linear mass density µ2. Introduction: A wave can be described as a disturbance that carries energy and travels through a medium form one location to another. Waves can be classified into two types, transverse waves and longitudinal waves. This experiment was based on transverse wave and can be described by the position of the particles at a particular time as well as how the position changes with time. Transverse wave can also be considered as a wave that remains at constant position. Wave produced by a vibrator travels down a string and reflects back along the string on reaching the fixed end of string, and a wave is often characterized...
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...applied in the quest for gravitational waves, the conviction being that their identification could essentially help the examining of the universe. Be that as it may, starting yet, they have been distinguished just indirectly[1]. The expectation of the presence of gravitational waves comes as an immediate outcome of Einstein's hypothesis of general relativity[1], and measuring such waves stays one the last tests of his theory[2]. As per general relativity, gravity can be communicated as a space-time curvature[1], with gravitational waves being "swells" in these four measurements which spread as waves[2]. Not at all like electromagnetic waves, gravitational waves can go through matter without being impeded[3]. For example, the electromagnetic radiation discharged from supernovae blasts will be scattered endless times thus data from the blast will be lost[4]. The same does not remain constant for gravitational waves, which gives them specific criticalness in space science. Pretty much as cosmologists use optical telescopes to watch galactic wonders today, the trust is that the same will be made conceivable utilizing hardware that can distinguish gravitational waves[1]. About all galactic wonders radiate gravitational waves in some form[4], including frameworks, for example, dark opening communications, which have no electromagnetic signature[5]. In this manner, new wonders might get to be discernible if the force of gravitational waves can be bridled. Locators, for example...
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...Lab#2: Activity P41: Waves on a string Jonathan Alevy Physics 1302.101 Partners names: Henry Haws, Johnathan Rios & Miguel Castellano Pre-Lab Direct Calculation of the Linear Mass Density 1. Measure the mass of a known of the string. Length = L = 1.77 meters Mass = M = 5.7 x 10-4 kilograms µ = mass/length = 5.7 x 10-4 / 1.77m= 3.22 x 10-4 kg/m Table 1: Change Tension – Constant Frequency and Length Frequency = 120 Hz Length = 1.0 m T=mg T=mg Segments, n | Experimental Mass (kg) | Theoretical Mass (kg) | % difference: Exp-Theo | Tension, T (N) | 1/n2 | 1 | 1.84 | 1.89 | 2.78% | 18.0 | 1.00 | 2 | 0.463 | 0.473 | 2.14% | 4.54 | 0.250 | 3 | 0.207 | 0.210 | 1.44% | 2.03 | 0.111 | 4 | 0.113 | 0.118 | 4.33% | 1.11 | 0.0625 | 5 | 0.0720 | 0.0760 | 5.41% | 0.706 | 0.0400 | Slope= 18 The slope is equal to = 18; = 3.125 x 10-4 kg/m Linear mass density = 3.125 x 10-4 kg/m Table 2: Vary Frequency Tension = 4.9 N Tension = Mass x Gravity = 0.500kg x 9.81m/s2 = 4.9 N Length = 1.0 m Segments, n | Experimental Frequency (Hz) | Theoretical Frequency (Hz) | % difference Exp-Theo | 0 | 0 | 0 | 0% | 1 | 62.00 | 61.68 | 0.520% | 2 | 125.7 | 123.4 | 1.88% | 3 | 189.0 | 185.0 | 2.12% | 4 | 251.1 | 246.7 | 1.76% | 5 | 313.9 | 308.4 | 1.77% | Slope = 62.9 The slope is equal to = 62.9; =3.096 x 10-4 kg/m Linear mass density = 3.096 x 10-4 kg/m Table 3: Results Method | Linear mass density | % difference | ...
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...TheDetectionofGravitationalWaves, HowCloseAreWe? Sincetherealizationthatthegeneraltheoryofrelativitypredictsgravitationalwave s, therehavebeenattemptstoactuallydetectthesewaves.Indirectobservationshavebeenmade thatsupporttheirexistencebutnodirectmeasurement.Thispapergivesabriefexplanationof gravitationalwavesanddiscussesthecurrentconditionoftheexperimentalsearchfor gravitationalwaves.Itdealswiththenewesttechniquesthatwillenabletheirdetection.The focusofthepaperisonthreeexperimentalgroups:LIGO,VIRGO,andLISA.Fromourresearc h ofthesegroupswebelievethatthedetectionofgravitationalwaveswilloccurwithinthenext decade. TheDetectionofGravitationalWaves, HowCloseAreWe? Einstein'sgeneraltheoryofrelativitywaspublishedin1915.1Sincethattimemanyofthe predictionsderivedfromthetheoryhavebeenexperimentallyobserved.Threemainexamples arethebendingoflightbygravity,thered-shiftoflighttravelinginagravitationalfield,andthe precessionofMercury.Einstein'stheoryhasbeencrediblyestablishedbecauseofobserva tions likethese.Therearestillotherpredictionsthathaveyettobeobserved.Thedetectionof gravitationalwavesisoneofthesepredictions. Itwasdiscoveredin1916thatthegeneraltheoryofrelativitypredictstheexistenceof gravitationalwaves.“Gravitationalwavesareperturbationsinthecurvatureofspacetime propagatingwiththevelocityoflight.Theyarecausedbyacceleratingmasses...
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...WAVE ENERGY POWER PLANT Installation along Indian East Coast OE 430 OCEAN ENERGY Prof. SANNASIRAJ Team Members: RITURAJ (NA06B019) VIKAS VERMA (NA06B031) RAVI KIRAN (NA06B018) PRITHI PRASAD (NA06B017) ROHIT DILIP (NA06B020) TABLE OF CONTENTS • Overview • Indian Scenario • Location Information • Technology • Advantages and Disadvantages • Turbine selection • Device layout • Conclusion • References Overview of Wave Energy A wave is a disturbance that propagates through space and time, usually with transference of energy. Waves travel and transfer energy from one point to another, often with little or no permanent displacement of the particles of the medium (that is, with little or no associated mass transport); instead there are oscillations around almost fixed locations. Wave power refers to the energy of ocean surface waves and the capture of that energy to do useful work — including electricity generation, desalination, and the pumping of water (into reservoirs). Wave power is a form of renewable energy. Though often co-mingled, wave power is distinct from tidal...
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...“The Power of the Hallyu Wave” Submitted by: Tampil, Giella M. (AB-MMA) Submitted to: Mr. Raizonell A. Manguilin Faculty, SMS Date: April 18, 2016 References: * Shin, H. I. (2004, August 26). Keeping the ‘Korea wave’ washing onto Asian shores. The Korean Herald * Ravina, M. (2010, November 21). Introduction: conceptualizing the Korean Wave. http://findarticles.com/p/articles/mi_7066/is_31/ ai_n45060645/ * Hallyu Korean Wave. (n, d.) http://www.korea.net/AboutKorea/Culture-and-the-Arts/Hallyu * Rachel. (2015, May 24). The Hallyu Wave: How Crisis Led To K-Pop. http://seoulbeats.com/2015/05/hallyu-wave-crisis-led-k-pop/ * Fuelled by fashion, the Korean wave is taking the world by storm. (n, d.). http://www.scmp.com/magazines/post-magazine/article/1870798/fuelled-fashion-korean-wave-taking-world-storm First operated by the spread of K-dramas shown across East, South and Southeast Asia during its beginning stages stages, the Korean Wave evolved from a development within the country, into a global phenomenon due to the rapid increase of Korean pop (K-pop) music videos on YouTube. Currently, the expansion of the Korean Wave to other corners of the world is visibly seen amongst teenagers and young adults in around Latin America, Western Asia, North Africa, Southern Africa, Central Europe, Eastern Europe and other places among Western world. As Korean pop, or K-Pop culture...
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...This paper talks about three types of sound waves. They involve the sound of a saxophone, flute and a trumpet. (Sound Waves) All information that has been found was found on the Internet by search engines and web pages of all sorts. (Sound Waves) In part one we will focus on parts about the saxophone how the sounds waves are different and how its sound waves compare to the other instruments that will be tested along with it (classroom). The nest will talk about the flute and how this instrument is different from the other two and how its sound waves will be compared to the other two. (Sound Waves) The next and last is the trumpet and its sound waves are different compared to the first to and how the sound waves are different or the same. (Sound Waves)...
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...Trending Worldwide: Korean Wave Rosanna Danica B. Maguad University of the Philippines Visayas TRENDING WORLDWIDE: KOREAN WAVE Unlike in the past, Philippine Media is now a combination of various Asian entertainments. It imports TV series and movies from neighboring Asian countries. Imported movies are then dubbed in Filipino and streamed in our country. ABS-CBN, one of the top TV stations in the country, started to explore foreign TV series last 2003. This was “Meteor Garden,” a Taiwanese drama series. Because of the boom of the said series, GMA 7, a rival of ABS-CBN, made the same move. They also brought in various teleseryes from other Asian countries. They were the first one to air Korean dramas. Although, both stations tried Japanese, Thailand, and Taiwanese series, Korean dramas are most preferred by audiences. Because of the consecutive success of Korean dramas, until now both stations air the latter. Because of this phenomenon, media analysts concluded that Philippines is captivated with the so-called “Korean Wave.” Korean Wave is also known as Hallyu. It refers to the spread of the South Korean culture. This was coined by a Beijing journalist during the mid-1999 when he was surprised by growth of popularity of the South Korean Entertainment (“Korean Wave,” n.d.). It is said to be a phenomenon strategized by the culture industry of the South Korean state. As observed by the culture industry of the country, exported Korean entertainment affects not only the...
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...Independent Novel Study: Wave Part A: Plot 1. The point of view in which the story is written is of Sam and Beth Brooks, two siblings who have been separated at Christmas in 2004, with Sam on vacation away from home and Beth forcibly staying at university for a swim meet that she must attend. I believe that the author chose to write from these perspectives because both characters are greatly affected greatly by the main plot, though dealing with it in two different situations. Sam is experiencing the entire story from Phuket, Thailand, where they are hit with a tsunami. Beth was in New York at her dorm, first learning about the tsunami from her boyfriend, Tad. Both characters have different feelings about what has happened, and we, as the readers, get to hear both perspectives. 2. The story takes place on the one hand in Phuket, Thailand during Christmas break of 2004, and on the other side of the world in New York, where Beth's dorm and university are located. The difference that the setting makes is that if most of the characters were not located in Thailand where the tsunami happened, and majority of the story did not take place there, we would only be privy to secondary information of what was happening. Beth was only able to watch the huge tsunami unfold on television, being an unbelievable 27-hour flight away from the wave. Sam having been in Phuket even before the tidal wave hit was a primary witness...
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...Makai Estioko May Chang English 101 30 November 2015 Paddle surfing big waves Surfing is the art of riding breakings waves using any number and styles of boards, watercraft, or one’s own body. Surfing has been a part of the Polynesians cultures for thousands of years. Europeans were first introduced to surfing by Lieutenant James King of Captain James Cook’s crew in 1769. Cook wrote about surfing he witnessed while exploring the Hawaiian Islands. Three Hawaiian princes attended St. Matthew’s Hall, San Mateo California in 1885. During that summer the three traveled to Santa Cruz and surfed, introducing surfing to North America. Over the last 130 years the art of surfing has remained the same. The equipment and sizes of waves ridden has changed....
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...In the context of vibration, a signal is basically some information somehow encoded as a wave. Everything travels as a wave. Figure 6 represents a basic sine wave. The vertical axis is the volume, or air pressure, or strength, or energy, or amplitude etc. For example this is an ocean wave, and then the vertical axis may be the wave height. If this is a sound wave in the air, then it is the air pressure. If it is a sound wave in a wire, then it is the voltage. The horizontal axis often represents the time or distance that the wave traverses in. waves generally have a period, which can be viewed as a time or distance of when the wave repeats itself starts the next iteration. In figure 6 the period is 2. A closely related property of the period is the frequency. Frequency is the speed at which the wave cycle is periods, and is always expressed in proper units, as cycles per second and kilo-cycles per seconds. Figure 6: Analog sine wave 1.52 Time Domain Figure 7: Time Domain...
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...Application of Ocean Wave Generator Equipment K’Adesh A.D. Hepburn University of Arkansas Department of Electrical Engineering, Energy Systems Fayetteville, Arkansas 72701 Abstract- This paper purposes the techniques and optimization of Ocean Wave Generation equipment. This paper analysis the characteristics and operational reformation of Power generation through Ocean wave technology, with special background in Oceanology. “Ocean energy has the potential of providing a substantial amount of new renewable energy around the world.(Carbon Trust 2006)” [3]. Ocean Wave generator equipment should be primarily use for power generation. Ocean wave can be advantageous due to nonexistence fossil fuel coal emission and nuclear radiation. The most basic functionality requirement of a generator in a wave energy converter (WEC) is that of mechanical to electrical power conversion – in similar manner to the functionality of a generator in a fossil fuel power plant. [2]. Oppose to on water oil rigs, whose residue still resides in the gulf coast. Ocean Wave generator can be the future of renewable energy. The gist of Ocean Wave generation relies mostly on kinetic energy of the tidal wave develop by the wind. Power generation can be control with an Ocean Wave generator. Research is also being conduct on Ocean wave harvesting allowing us to harness this energy. However, there is the question about Marine life, if there are any harmful toxins that can jeopardize the marine life in a particular...
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...In The Elliott Wave Principle — A Critical Appraisal, Hamilton Bolton made this opening statement: As we have advanced through some of the most unpredictable economic climate imaginable, covering depression, major war, and postwar reconstruction and boom, I have noted how well Elliott's Wave Principle has fitted into the facts of life as they have developed, and have accordingly gained more confidence that this Principle has a good quotient of basic value. "The Wave Principle" is Ralph Nelson Elliott's discovery that social, or crowd, behavior trends and reverses in recognizable patterns. Using stock market data as his main research tool, Elliott discovered that the ever-changing path of stock market prices reveals a structural design that in turn reflects a basic harmony found in nature. From this discovery, he developed a rational system of market analysis. Elliott isolated thirteen patterns of movement, or "waves," that recur in market price data and are repetitive in form, but are not necessarily repetitive in time or amplitude. He named, defined and illustrated the patterns. He then described how these structures link together to form larger versions of those same patterns, how they in turn link to form identical patterns of the next larger size, and so on. In a nutshell, then, the Wave Principle is a catalog of price patterns and an explanation of where these forms are likely to occur in the overall path of market development. Elliott's descriptions constitute...
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...When the transverse waves occur they mostly occur on solid and liquid state. The particles of the transverse waves moves perpendicular where the direction of the wave move. The longitudinal wave is a wave that particles move parallel to the direction where the wave moves. It mostly occur on the air, such as the sound. The difference between the transverse wave and the longitudinal is that transverse travels on a perpendicular way and the longitudinal travels on parallel, they both may transport energy but transverse only may transport it on solid or liquid and for longitudinal travels only on air. Both of the waves are use every day, even on the most sample thing like the water. The transverse wave on water happens when an object is throw on...
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