...speaking role in the film Young Wives’ tale, but it was not a big role. She wanted more. She wanted something greater, and at the age of 22 she headed to New York to try her luck over there. She fast gained her enormous popularity, and finally she reached her breakthrough. In her role in “Roman Holiday”, she became very famous, and loved by the audience, but also by the young people, and especially the female part. She also received an Oscar as Best Actress after the smashing success, “Roman Holiday”, and that gained her enormous success and more plum roles. But she did not only become an amazing actress, she also became a big role model, because of her innocence personality, her curve-less body; her innocent beauty and her sense of fashion. She was unlike the sex-goddesses of the time with lots of curves and sex appeal. The smashing success...
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...A gorgeous sweet girl who many people mistake as being a supermodel. Has a rocking body with sexy curves, radiant soft skin and gorgeous thick hair which all guys want to run thier hands through. Can be shy at first but when people get to know her they will discover they've made a friend for life, a natalie is the bestest friend you could ever get, she has a hilarious sense of humour and often gives people stitches. Boys throw themselves at natalies, they love her delicious kissing, she's utterly deseriable and every guy wants a piece of her. They get lost in her big dazzling eyes framed by thick dark lashes. And can't help but kiss her when they see her full edible lips, they think she has the most beautiful captivating smile. Hates getting into arguements with people and has trouble with choosing the right friends. But when she does find the right friends she becomes bubbly,chatty and a laugh. Girls are jealous about her beauty probablly because she's one of the few girls who are beautiful inside and out. Is very hurt when she hears people talking about her behind her back and wonders what she ever did to them? At a party she captures everybodys eye with her foxy dress style, guys find her very alluring. She enjoys match-making her friends with hot guys, gives the best advice and is always there for a girly chat. A Natalie is everything a guy could want sexy, smart, funny, adorable and amazing in bed. She doesnt trust easily. She has a smile that can light up the whole room...
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...Demographic: 1. Age: 25-54 2. Gender : female 3. Education: Completed Tertiary, Post graduate 4. Marital Status: Single/ Married 5. Family : young singles, young married, 6. Ethnic background: Various Racial Backgrounds 7. Occupation: professional work, study, raising children etc.LifestyleBeauty conscious and health conscious, skin care takers etc.Social and cultural factorsConsumer lives an active life, occupying her with work, study, parenthood, socialising etc.Values or attitude factors More conscious towards using non chemical based skin care products, looking for natural effects that do not harm body or environment.Existing product usageNatural skin care products, gives good value for money which help their skin looking radiant and help fighting aging and wrinkles. | Market Factors Product Characteristics Product Earthspirite skin care range is a natural skin...
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...contouring is often seen as only existing successfully on the stage or at a professional photo shoot. This is certainly not the case! When done correctly, contouring is a simple and easy way to make your face look slimmer and your features more defined and radiant. We've got three tricks that will help you learn how to use your makeup to contour your face that you can master quickly. You will need to have some good makeup brushes on hand to use these methods effectively. If you don't already own some, consider buying a starter set of good quality brushes from one of the better makeup lines like Trish McEvoy or MAC. You can also buy individual ones to fill in any gaps in your brush kit. My favorite ones are from Bobbi Brown. I've had them for years and they are still in excellent condition. Now, grab your brushes and start sculpting! 1. How to Slim Your Face...
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...curvature arched over the withered fields from the scorching sunlight. It was as if a conflagration had swallowed up the land; there was something so curious about it. It was a cemetery, and although the thin tails of smoke slithered throughout the decayed terrain, they hissed mellifluous poetry among each charcoal patch. I had never been so tempted to explore among the dead. But the radiant sunlight directed my attention to a more verdant and lively part of the trail. A plot of land with a village of grand trees, bearing a foliate playground where I saw sprightly souls prancing among the giant roots of the umber columns. I wanted to join them and let the carriage of the branches cradle me into a slumber from which I could never recover. I wanted to spill my soul into each flower I saw blooming and submit to the grasp of each soaring creature that sliced the wind as it ferried the lush tresses of each willow tree west. My mother had a hard time...
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...Ryan Bustinza Global Warming Global warming is defined as the rise in average temperature of the Earth’s atmosphere and oceans since the late 19th century. The average temperature of the Earth has increased about 1 and a half degrees, with about two-thirds of the increase occurring since 1980. In general, many scientists believe that the primary causes are greenhouse gases. These greenhouse gases are produced by many human activities such as the burning of fossil fuels, and deforestation. The findings of these scientists are recognized by all major industrialized nations. Negative effects of global warming have already been noticed throughout the environment. Sea level rising, changes in climate extremes, and the decline of artic ice which could also lead to a glacier retreat. In addition, ecological systems are also at risk of global warming. Ecosystems could start to be affected, along with the extinction of species, and an increased ocean acidity. The idea of global warming was first proposed by Svante Arrhenius, a Swedish Scientist, who in 1896 stated that combustion of fossil fuel may eventually result in global warming. Along with this theory he also proposed that there was a relation between atmospheric carbon dioxide concentrations and temperature. Arrhenius, along with Thomas Chamberlin, calculated that human activities could warm the earth by adding carbon dioxide to the atmosphere. But, the discoveries of Arrhenius and Chamberlin were forgotten for a...
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...walked closer to the path leading to the street a huge gleam shot across my face. When I turned and looked, there it was, one of the most beautiful objects I’d ever seen parked across the street. It was my friend in his new white Monte Carlo. The paint job on the car reminded me of that cup of milk before I dunk my cookies in it. The car sat high, and on it were the beautiful 22 inch chrome rims. Upon entering the car I noticed that it was elegant and detailed. The car was white like a full moon at night, just as smooth and glossy. The windows were tinted black like the hair of a goddess. The way the car looked at me with a grin, and the front looked mean just like how my little brother looks when I do something he doesn’t like. The curves on the car reminded me of the muscles of a body builder except this muscle had four wheels. Monte Carlo is a well known car maker and all their cars are breath taking but what made this car so different was the accessories that my friend had put on it. The rims were the right size and the chrome color complemented the car just the right way. When I entered the car, the smell of a new car took over me. It was the smell of the leather inside the car mixed with the jasmine scented air freshener. My friend also had televisions put in car that enhanced the appearance of it. The movies on the screen made me feel like I was in the theater. Detailing a car means cleaning it, waxing it, and polishing it. The way my friends car was shinning in the...
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...DELIRIOUS NEW YORK Rem Koolhaas is a Dutch architect, who now teaches at the Graduate School of Design at Harvard University. This book was written while he was a visiting professor at the Institute for Architecture and Urban Studies in New York, and first published in 1978 (The Monacelli Press) right at the advent of his career. He got critical acclaim for his publications even before designing a building. He won the Pritzker prize in 2000. Delirious New York explores the culture of Manhattan as it takes the form of architecture and the popular fantasies behind its unconventional approach to urban design. New York was a city built by chance and the spontaneity was seen in its city life. Assuming the role of Manhattanʼs ghost-writer, Koolhaas calls Manhattan a mythical island, whose land became the testing grounds for the theory of ʻManhattanismʼ. Coney Island: The Technology of the Fantastic As New York grew into a dense metropolis, Coney Island offered to become its resort. It became home to the super-natural where artificiality was embraced and nurtured. Amusement parks emerged and became the laboratories for experimentation. Steeplechase, Luna Park and Dreamland came up with outrageous projects and the technologies to make the experience believable. Here, the idiosyncrasies of the creators helped in the fulfillment of fantasy and reality was reduced to technology and cardboard. The Electric Bathing, Barrels of Love (Steeplechase Park), Luna Parkʼs illusory skyline and the...
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...A BLOOD ALCOHOL MEASUREMENT DEVICE USING A FIXED FREQUENCY PHOTOSPECTROMETER BY LUCILLE J. DURFEE ABSTRACT There are many people who go out for a night on the town without thinking about the potential dangers of drinking alcohol and then driving. A simple, non-invasive system is needed to test these people before they leave the bar to determine if they are “okay” to drive. The purpose of this project is to study, design ,build, and test a fixed frequency photospectrometer that will test the blood alcohol content of a person non-invasively. BACKGROUND Over the past decades a new method for measurement has been rapidly envancing. This method is a photonic technique that envolves electromagnetic radiation. Electromagnetic radiation has several forms including visible and infrared light radiation. Visible light radiation ranges from 370nm to 760nm, while infrared ranges from 760nm to approximately 1OE-4nm. Mark A. Arnold at the university of Iowa in Iowa City and Gary W.Small at Ohio University in Athens have been focusing on near-infrared (800nm to 1000nm) absorption spectroscopy as a solution to non-invasive glucose monitoring. Problems that have occurred revolve around the broad absorption signals of near-infrared radiation making it more difficult to identi@ a specific analyte. Arnold estimates that a working device is still five years away. A Biophotonic success is the Pulse Oximeter. It is a ten year old deviqe used to monitor patient’s conditions under anesthesia. It...
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...VARIOUS FORMS Syllabus Basics of Energy and its various forms: Electricity basics - DC & AC currents, Electricity tariff, Load management and Maximum demand control, Power factor. Thermal basics -Fuels, Thermal energy contents of fuel, Temperature & Pressure, Heat capacity, Sensible and Latent heat, Evaporation, Condensation, Steam, Moist air and Humidity & Heat transfer, Units and conversion. 2.1 Definition Energy is the ability to do work and work is the transfer of energy from one form to another. In practical terms, energy is what we use to manipulate the world around us, whether by exciting our muscles, by using electricity, or by using mechanical devices such as automobiles. Energy comes in different forms - heat (thermal), light (radiant), mechanical, electrical, chemical, and nuclear energy. 2.2 Various Forms of Energy There are two types of energy - stored (potential) energy and working (kinetic) energy. For example, the food we eat contains chemical energy, and our body stores this energy until we release it when we work or play. 2.2.1 Potential Energy Potential energy is stored energy and the energy of position (gravitational). It exists in various forms. Chemical Energy Chemical energy is the energy stored in the bonds of atoms and molecules. Biomass, petroleum, natural gas, propane and coal are examples of stored chemical energy. Nuclear Energy Nuclear energy is the energy stored in the nucleus of an atom - the energy that holds the nucleus together. The nucleus...
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...and feel uncomfortable in their own skin. Social media causes women to try unhealthy ways to maintain the newest look that media displays in society. Although social media is new, there has always been an image of how woman should look according to the fashion of the day. During the 1950s the perfect body was more in the fuller side. (Burling) Marilyn Monroe was someone who was considered a beautiful woman, with curves and busty chest. In a 1962 article in the LA Times, author Ayn Rand talking about Marylyn Monroe said, “She projected the sense of a person born and reared in some radiant utopia untouched by suffering, unable to conceive of ugliness or evil, facing life with the confidence, the benevolence, and the joyous self-flaunting of a child or a kitten who is happy to display it is own attractiveness as the best gift it can offer the world, and who expects to be admired for it, not hurt.(Morrison )After the 1960s women’s image body changed. The typical woman was skinny, where you could see their bones. They had a small chest with a boyish look. Woman with curves were abandoned and seen as unhealthy woman. This caused woman to take diet pill so they wouldn't get hungry, and others wouldn't eat at all which can then lead to self consciousness. (Hart) Social media is everywhere. It doesn't matter if one is rich or poor, everyone has social media account. Cyber bullying is part of the territory and body shaming is prevalent, Teenagers pretend like they don't do it but most of...
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...most elaborate abstract art, including two pieces by Morris Louis titled Dalet Kaf and Beta Mu. Dalet Kaf is made from acrylic resin (magna) on canvas and takes up the entire wall of which it is hung, as it is about one hundred inches tall and nearly one hundred and fifty inches wide. The wide range of colors which seem to flow from side to side, is what makes this piece so inviting to the eyes. The piece consists of lines of dark borders that are enlightened by bright rays of color, which makes this piece hang ostentatiously drawing the viewer in. The way the bright colors seem to push the dark colors to the outside of the piece creates the illusion of a flower blossoming in the spring, pushing the sun worn pedals outward, displaying a radiant glow from within. Beta Mu, another large painting by Morris Louis that inhabits the entire wall from which it hangs, with an alarming one hundred inch length by over a one hundred and fifty inch width, is almost the opposite of Dalet Kaf. Beta Mu is made up almost entirely of a bare white canvas, aside from thin vertical and horizontal lines that make up the side of the canvas and vary from dark and light hues. What might pique someone’s curiosity in this piece is the way that it is formed completely contradictory of Louis’ other work of art. The large V shaped white capacity that is the focal point of the painting creates a sense of endless space. The lines that vary...
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...effectiveness, and relatively low cost. Atomic-absorption (AA) spectroscopy uses the absorption of light to measure the concentration of gas-phase atoms. Since samples are usually liquids or solids, the analyses atoms or ions must be vaporized in a flame or graphite furnace. The atoms absorb ultraviolet or visible light and make transitions to higher electronic energy levels. The analyse concentration is determined from the amount of absorption. Applying the Beer-Lambert law directly in AA spectroscopy is difficult due to variations in the atomization efficiency from the sample matrix, and non uniformity of concentration and path length of analyses atoms (in graphite furnace AA). Concentration measurements are usually determined from a working curve after calibrating the instrument with standards of known...
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...Samples Experimental Physical properties of reagents used Solution Preparation Procedure Instrument settings Data 1. IR spectrum of Chloroform and D-chloroform 2. Rotational Spectrum of CO2 (Standard Resolution) 3. Rotational Spectrum of CO2 (High Resolution) 4. Carbonyl stretch in 2-butanone solutions (wavenumber vs. % T) 5. Carbonyl stretch in 2-butanone solutions (wavenumber Vs Absorbance) 6. Calibration curve of 2-butanone solutions (concentration vs. absorbance) * Calculations a. Preparation of solutions b. Concentration of the unknown c. Percent error of observed and theoretical ratios of CH, CD stretch frequencies Results and Conclusion References Objective The goal of the first part of the experiment was to study the effects of isotopes on bond stretching. In the second part of the experiment, the influence of instrument resolution on the rotational spectrum of carbon dioxide was studied. The purpose of the third part of the experiment was to create a calibration curve to find the unknown concentration of 2-butanone. Introduction Fourier Transform Infrared Spectroscopy (FTIR) is a very useful analytical technique used for qualitative and quantitative analysis of organic and inorganic compounds. It can be used for a variety of purposes such as; finding the concentrations of unknown solutions, determining the constituents of unknown solutions, forensic purposes or finding individual components in paints...
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...Assignment On Engineering Materials (Glass) Introduction Glass is a non-crystalline solid material. Glasses are typically brittle, and often optically transparent. The most prevalent type of glass, used for centuries in windows and drinking vessels, is soda-lime glass, made of about 75% silica (SiO2) plus Na2O, CaO, and several minor additives. Often, the term glass is used in a restricted sense to refer to this specific use. [pic] [pic]Roman Cage Cup from the 4th century A.D. In science, however, the term glass is usually defined in a much wider sense, including every solid that possesses a non-crystalline (i.e. amorphous) structure and that exhibits a glass transition when heated towards the liquid state. In this wider sense, glasses can be made of quite different classes of materials: metallic alloys, ionic melts, aqueous solutions, molecular liquids, and polymers. Of these, polymer glasses (acrylic glass, polyethylene terephthalate) are the most important; for many applications (bottles, eyewear) they are a lighter alternative to traditional silica glasses. Glasses play an essential role in science and industry. Their chemical, physical, and in particular optical properties make them suitable for applications such as flat glass, container glass, optics and optoelectronics material, laboratory equipment, thermal insulator (glass wool), reinforcement fiber (glass-reinforced plastic, glass fiber reinforced concrete), and glass art (art glass, studio glass). ...
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