A comparison of wine cultures between United Kingdom and Hong Kong Literature review - 1

A comparison of wine cultures between United Kingdom and Hong Kong citizens - Literature review Example They further stated that the production of food and wine is a global phenomenon. Varriano (2011) added that wine had manifested its uniqueness in the culture and history of food and drink that first started in the ancient Greece and Rome civilisations. It is more essential to almost all forms of religion as they use this in their worship (Deutsch and Saks 2008). Today, the wine industry is rapidly growing along with the rise of the globalisation (Anderson & Nelgen 2008). Indeed, wine has played a significant role in the lives of wine consumer’s way back in the past and up to the present and in the future. According to the work of Estreicher (2004), wine has played an necessary role in the foundation of Western civilisation. He further added that wine is a magical special ancient alcoholic beverage according to its associations with gods and religious and spiritual traditions. Sanchez (2008) further said that wine is considered by the ancient people such as the Greeks, Romans, Cretans and Egyptian as their daily commodities dated before Christ. These people are used to conducting grape brewing in their households respectively. In the ancient history of the invention of distillation, wine is considered to be the best and most effective antiseptic. Furthermore, it is also treated as one of the most in-demand products for trade in the early Western civilisation along with vine. Therefore, wine can be indicated as a very significant in terms of religion, medicine, and trade (Estreicher 2004). Such notions and claims are further supported by the article of Squicciarini and Swinnen (2010) a s the authors had revealed that, even back in the old times, wine has been used by the ancient people in several ways and within different purposes. For instance, in China, Chinese folks are using wines for spiritual purposes. This is also the same with the Indian people in which

Maguindanao Massacre Essay Example for Free

Maguindanao Massacre Essay Stories and worldwide condemnation of the Maguindanao massacre still grapple the Filipino people in disbelief. Focusing on the victims that include lawyers and journalists in the company of scions of a political clan, the manner of mass execution was the most gruesome, so animalistic, and the most barbaric act of the new century. Fifty-seven of them, men, women, and children were killed and decapitated; bodies were mangled and riddled with bullets. This satanic act was allegedly masterminded by the incumbent mayor of the place, who is said to have been able to command and give orders as he pleases even to the extent of a massacre. The idea of good governance, rule of law of human rights and democracy has hardly been heard in existence in this far-flung poor province in Mindanao. Politicians are motivated to run for public office to absolutely control and influence the civilians and the police. The existing system is heavily politicized making the police underdogs of the politicians. Thus, anybody who wants to seek justice feels the absence of any protection mechanism. Government tried to calm the situation by asking the allegedly mass murderer to surrender; but will his victims get justice? Praying for justice to prevail in this country, Lasallians were called to express indignation to this assault to humanity. Students wore black ribbons on their chest to sympathize with the victims and their loved ones, and to shout and rage against the inhuman act. They lit candles and prayed for peace, and were in one in expressing the gloom and grief the whole country has experienced. We call on the wheels of justice to move swiftly without deception of wealth and power. Otherwise, record of inhumanity of the sadistic, brutal, and cruel Maguindanao massacre may be enhanced when the Government still fails to mete out the punishment for the perpetrators.

Opto-Electronics for Communications: Spectrum Analysis

Opto-Electronics for Communications: Spectrum Analysis This experiment studies the wavelengths of the colours in the spectrum of a light source. I will measure the angle at which colour splits. I will carry out this experiment with three different light sources: Tungsten LED Laser Diode Light Source Spectrum The electromagnetic spectrum describes all the wavelengths. It ranges from the smallest waves possible, radio waves to the largest waves, Gamma radiation. All different size waveforms have different uses. Energy Frequency Wavelength Radiation type Typical use Lowest Lowest Longest Radio waves Television signals Microwaves Cooking, mobile phones Infrared Optical fibre communication Visible light Seeing Ultraviolet Detecting forged bank notes X-rays Medical images of bones Highest Highest Shortest Gamma radiation Killing cancer cells The only Electromagnetic waves we can see are Visible Light Waves. We see visible light waves as colours of the rainbow. Each different colour has its own wavelength different to the others. The longest wavelength is Red, with the shortest wavelength being Violet. The combination of all the light wave colours makes white light. Diffraction We can see each colour of the Visible light spectrum by shining a white light through a prism. By diffraction, the white light splits apart into different colours of visible light. Water vapour can carry out the same effect of diffraction, and the result is a rainbow. Gratings A diffraction grating is a slide with a number of parallel slits drawn on it. The slits are very small, usually 600 per 1mm. When a beam of light is directed at the grating, light will diffract of it and the light is dispersed in certain directions only. This is commonly used to separate colours of the incident light because the diffracted light has different angles according to: All equipment used for this experiment was taken from the PASCO Educational Spectrophotometer Accessory Kit Rotary Motion Sensor Aperture Bracket Light Source PASCO data acquisition software High Sensitivity Light Sensor Equipment Setup Set up the Spectrophotometer next to your chosen light source as shown in Figure 2. Mask the light source with Collimating Slits so it transmits a thin 0.5 to 1.0 cm beam. A hood should be used over the light source to remove any distortion in the experiment results. Align the light source. Turn on the light source and align the light beam by adjusting the Collimating Slits, Collimating Lens and Focusing Lens so a clear image of the central ray appear on the light sensor. Connect the Light Sensor and Rotary Motion Sensor to channels A and B of the PASCO computer interface. Software Setup Open the PASCO data acquisition software. Connect Digital channels 1 and 2 to the Rotary Motion Sensor. Connect Analog Channel A to the Light Sensor. Set up parameters for the Rotary Motion Sensor. A sample rate of 20 Hz with a high resolution of 1440 Divisions per Rotation. Use the PASCO softwares calculator function to calculate the Actual Angular Position based on the Angular Position measurement made by the Rotary Motion Sensor. The measured Angular Position should be divided by 2à Ã¢â€š ¬. Data Recording Setup In the PASCO data acquisition software, select the graph mode. Select the vertical axis as Light Intensity, and Horizontal axis as Actual Angular Position. Turn off the lights in the laboratory to ensure the results are as accurate as possible and no background light interferes. On the top of the light sensor select the appropriate gain setting. Different light sources will require different settings. Select Start Recording Data Turn the light sensor slowly in one complete circle. This will scan through the first order spectrum lines and data will be recorded in the PASCO data acquisition software. Select Stop Recording Data Data Analysis Setup The size of the wavelength can be calculated by analysing the results of the experiments and using the gratings equation. By using a visible light spectrum, we can determine what colour the light is from the size of the calculated waveform. Wavelength Measure the two peaks, R1and R2 Use the visible light wavelength spectrum below to find out what the wavelegth is Tungsten Light Source Dating back to the 1800s, Tungsten light sources are the oldest and most tested light source invented. They first became commercialised by Thomas Edison at the end of the century, leading on to the first light fittings, named after Edison himself. The Edison Screw or ES. A Tungsten filament is the key element to a Tungsten light source. Light is emitted from the filament when it is heated. The filament is heated by passing current through it. This is possible because of the high amount of current passing through such a small conductor. Inert gas such as Argon usually surrounds the conductor to ensure that it does not ignite. 95% of the energy from a Tungsten light source is wasted in the form of heat. Only 5% of the energy is actually used in the form of visible light. This makes it a very inefficient light source. Being a blackbody radiator, a Tungsten light source has a continuous spectrum of light. It generates a high amount of red light compared to natural day light, which gives it the yellow tint. Beyond the visible light spectrum a Tungsten light source even emits infrared wavelengths. This is a waste of energy as it cannot be seen by the human eye. On the next page are the results from the PASCO data acquisition software whilst carrying out the experiment procedure using a Tungsten light source. The light sensor was set to have a gain setting of 100 because of the large spectrum that the wavelength covers. Peak to peak wavelength: Infrared Waveform Trough to trough: Ultraviolet Waveform My experiment results show that the Tungsten light source is emitting wavelengths in the range of 317.88 to 895.14nm. The Tungsten light source is a warm white light as well as Infrared and Ultraviolet light. LED Light Source A LED or Light Emitting Diode is a semiconductor that gives out light when current is passed through it. It is a much more efficient method of emitting light compared to more conventional light sources such as Incandescent lights or Fluorescent lights because less heat is generated, resulting in less heat loss. As well as being more energy efficient compared to Incandescent light sources, LED light sources have a much longer operational time. At the end of an Incandescent lights life the filament will burn out, resulting in the bulb not emitting light. A LED light source after 50,000 hours of use will start to become dimmer and emit less light. The result of this is a light source that lasts a lot longer. The first commercial LED light sources developed were by Hewlett Packard in 1968 to replace indicator lamps. At this time, only LEDs emitting red light were available. Only later on in 1994 were LEDs that emitted blue light first demonstrated by Isamu Akasaki and Hiroshi Amano, who went on to be awarded the 2014 Nobel Prize in physics for their discovery. With the invention of blue coloured LEDs, the invention of white LEDs became apparent. The white LED is a combination of LEDs that emit red, green and blue light. This then led to the LED light source revolution we currently live within. The working principle behind a LED is what is called a P-N Junction. A P-N junction will convert electric current into visible light. This is often called electroluminescence. Colour Wavelength (nm) Typical Material Used Infrared > 760 Gallium arsenide Red 610 to 760 Aluminium gallium arsenide Orange 590 to 610 Gallium arsenide phosphide Yellow 570 to 590 Gallium arsenide phosphide Green 500 to 570 Gallium phosphide Blue 450 to 500 Zinc selenide Violet 400 to 450 Indium gallium nitride Ultraviolet Indium gallium nitride White Broad Spectrum Cool white is a blue LED combined with a yellow phosphor. Warm white is a blue LED combined with a orange phosphor. Table 1: Wavelengths of each colour LED Above is a table outlining the individual wavelengths for each colour that is produced by Light Emitting Diodes. The most common type of LED light source shines line in a single direction. The result of this is a light bulb that only lights up a small area. To correct this problem for use as light sources to light up areas and not as indication lights, most LED light sources are coupled with reflective plates that distribute the light evenly around the room. On the next page are the results from the PASCO data acquisition software whilst carrying out the experiment procedure using a LED light source. The light sensor was set to have a gain setting of 100 because of the large spectrum that the wavelength covers. Peak 1 Peak to peak wavelength: Yellow Waveform Trough to trough: Green Waveform Peak 2 Peak to peak wavelength: Blue Waveform Trough to trough: Blue Waveform My experiment results show that the LED light source is emitting visible light in the ranges of 388 to 473nm and 514 to 583nm. The LED is emitting a combination of yellow and blue to create a cool white colour. White LED By combining yellow and blue waveforms, a cool white colour is formed. This is carried out by lining a blue LED with yellow phosphor. Both yellow and blue photons are emitted. This method of creating white light is much more effective than the more conventional LED RGB method of combining red, green and blue waveforms. This effect was discovered by Sir Isaac Newton in the early 1700s when he was performing colour matching experiments. The colour temperature of the white LED light source is controlled by the thickness of the yellow phosphor that is coated onto the blue LED. Over time, the yellow phosphor will degrade and so the colour characteristics of the LED light source will change. Operating at high temperatures can accelerate this. Laser Light Source Laser is an acronym of Light amplification by simulated emission of radiation. A laser light source emits light when electrons in the atoms of gases become excited by absorbing energy from electrical current. Electrons travel from the lower energy point to the higher energy point around the atoms nucleus. When they travel back from the higher point to their resting state the electrons emit visible light. The wavelength of the photons emitted are constant and coherent, unlike ordinary visible light from other light sources. This means that only one wavelength of light is emitted from a laser light source, resulting in only one specific colour. Also because of this, the light is not diffused like a conventional light source. The light emitted is a very tight beam. The result of this is a beam of light that can travel much further than other light sources. By harvesting the narrow powerful light, laser light sources have various applications such as: Entertainment Laser light shows are created by bouncing different lasers into each other to create special effects Computing Lasers can be used as a form of communication due to the high speed of light. The most common application is fibre optics. Production Due to the high amount of energy concentrated in a laser light source, they can be used in production to cut a range of materials. Optical Fibre Communications Information in the form of coded light of infrared signals are carry across Optical Fibres. The information carried across Optical Fibres can be much more than an ordinary copper data cable of the same diameter. An optical fibre is a very thin shard of glass. Next to no light is absorbed by the glass. Light is carried from one end to the other by total internal reflection (TIR), even when the fibre is bent. The signals in optical fibres do not weaken as much over long distances as the signals in ordinary cables. The laser diode that is used for optical fibre communications is typically either 850nm, 1300nm or 1550nm. This means that the waveform used is in the infrared field of the electromagnetic spectrum. We use infrared because the attenuation if the fibre is less at infrared wavelengths. On the next page are the results from the PASCO data acquisition software whilst carrying out the experiment procedure using a LED light source. The light sensor was set to have a gain setting of 10 because of the small spectrum that the wavelength covers. Peak to peak wavelength: Red Waveform Trough to trough: Red Waveform My experiment results show that the laser light source is emitting visible light in the range of 624 to 690nm. The laser is emitting a red light. The overall results of the spectrum experiment look unique to each other. All three light sources have different spectra to each other. The Tungsten light source has a wide range across the spectrum covering all the visible colours, as well as ultraviolet light to infrared. The LED light source has a much smaller range across the spectrum compared to the Tungsten light source by only emitting waveforms that combine colours to create a cool white effect. The Laser light source had the smallest range on the visible light spectrum, only covering the colour red. This light source is much more concentrated on one area of the spectrum compared to the other light sources. From the results, I can see why each type of light source is used for its applications. Tungsten light sources cover all colours within the visible light spectrum, and so they are good for illuminating objects, in the form of a light bulb. LED light sources only cover specific colours within the visible light spectrum, and so they are good for indication lamps and signals. Laser light sources only cover one area of the light spectrum and therefor used for communications. Laser diode light sources are the key piece of equipment for optical communications because of the small wavelength that they emit. This small wavelength can be interpreted as data signals and used as optical communications. The overall results of this experiment where great. The result were exactly how I predicted them to be. If I could change anything about the experiment, it would be the Tungsten light source. I would use a larger light source as the Tungsten light source used was not very effective during the experiment. Dr Yongkang Gong University of South Wales Lecturer For teaching me about light waves Christopher Edwards Alex Houston Daniel Price University of South Wales Students For taking part in this series of experiments. BBC. (n.d.). Introduction to light waves. Retrieved from BBC Bite Size. Lighting Research Centre. (n.d.). How is white light made with LEDs? Retrieved from http://www.lrc.rpi.edu/programs/nlpip/lightingAnswers/led/whiteLight.asp NASA. (n.d.). What Wavelength Goes With a Color? Retrieved from https://science-edu.larc.nasa.gov/EDDOCS/Wavelengths_for_Colors.html PASCO. (n.d.). Educational Spectrophotometer Accessory Kit and System. Photon Start. (n.d.). How LEDs Produce White Light. Retrieved from http://www.photonstartechnology.com/learn/how_leds_produce_white_light Physics Education. (n.d.). What is electromagnetic radiation? Retrieved from http://cmb.physics.wisc.edu/pub/tutorial/spectrum.html Physics Forums. (n.d.). LED light diffraction . Retrieved from https://www.physicsforums.com/threads/led-light-diffraction-scattering.211563/ Science World. (n.d.). Retrieved from Wolfram: http://scienceworld.wolfram.com/physics/SnellsLaw.html Snells Law Explained. (n.d.). Retrieved from Hyper Physics: http://hyperphysics.phy-astr.gsu.edu/hbase/geoopt/refr.html The Law of Refraction. (n.d.). Retrieved from Math Fundimentals: https://www.math.ubc.ca/~cass/courses/m309-01a/chu/Fundamentals/snell.htm TIR. (n.d.). Retrieved from Physics Class Room: http://www.physicsclassroom.com/class/refrn/Lesson-3/Total-Internal-Reflection X-Rite. (n.d.). What is a spectrophotometer? Retrieved from http://www.xrite.com/learning/other-resources/what-is-a-spectrophotometer

Slaughterhouse-Five Essay: Irony, Dark Humor, and Satire :: Slaughterhouse-Five Essays

Irony, Dark Humor, and Satire in Slaughterhouse-Five Kurt Vonnegut uses a combination of dark humor and irony in Slaughterhouse-Five. As a result, the novel enables the reader to realize the horrors of war while simultaneously laughing at some of the absurd situations it can generate. Mostly, Vonnegut wants the reader to recognize the fact that one has to accept things as they happen because no one can change the inevitable. Although Slaughterhouse-Five may not be filled with delightful satire and comical scenes, there are accounts which the force the reader to laugh. In one instance, an extremely drunk Billy Pilgrim is searching desperately for the steering wheel of his car: "He was in the backseat of his car, which is why he couldn't find the steering wheel," Vonnegut writes (47). In another episode, Billy becomes "unstuck" in time while watching television, so that he sees a war film backwards and then forwards. The most humorous sequence takes place when Billy travels from the zoo on Tralfamadore to his wedding night with his wife, Valencia. He wakes up to find himself in the German prison camp. He then finds himself back with Valencia after returning from the bathroom. He goes to sleep, then wakes up on a train on the way to his father's funeral. In any case, the reader encounters much dark humor in the novel. There is a sense of an embittered humor with the Tralfamadorian phrase, "So it goes," which is repeated over 100 times in the novel. John May says that Vonnegut's purpose in repeating the phrase after each statement of death is to build its meaning with each incremental refrain (Contemporary Literary Criticism 8: 530). At first, the saying can be looked upon as funny in an ironic way. However, as one reads further, the phrase becomes irritating and irreverent. The reader cannot fathom so many deaths meaning so little. According t o Wayne McGinnis, it is most likely Vonnegut's intent to cause such feelings from the reader (Contemporary Literary Criticism 5: 468). This punctuating phrase forces the reader to look at the novel's deaths one after the other. Ultimately, the repetition creates a feeling of resentment that too many people are killed. The saying is a grim reminder that means exactly the opposite of what its words say. Vonnegut ends the novel with the reminder of the deaths of JFK, Martin Luther King, and all of those that died in Vietnam.

Ford Motor Solution Essay

I. Strategic Profile Company overview: Ford Motor Company is one of the largest automobile manufacturers in the world which Henry Ford is the founder. The company manufactures and distributes automobiles in over 200 markets across six continents. The company’s strong brand portfolio gives it a significant competitive advantage. However, less vehicle production in developed markets would reduce demand for the company’s products, and have negatively impacting its financial performance. The Situation Analysis The US auto market was saturated, faced the decrease in product demand and increased competition from foreign manufacturers. Japanese cars such as Toyota, Nissan, and Honda had come and took market share in US market. Because of the rising gasoline price, the demand of customers had shifted from US manufacturers to more fuel efficient car like Japanese car. The economic downturn in US had also affected Ford to face loss. These made Ford sales decrease. Then, Ford has to reduce the cost. Ford has lay off workers, close assembly plants, reduce vehicle models, and restructuring plan. Ford reduced the number of retail outlets from almost 4,400 to 3,424. GM reduced its dealer to 4,500 and Chrysler reduced to 2,311. Most of Ford’s cuts were from larger metropolitan markets and the elimination of the Mercury brand. Also, cut approximately 35% of its Lincoln dealers. Ford also implements ONE Ford plan and its mission is ONE Ford, ONE Team, ONE Plan, and ONE Goal. In order to increase sale, Ford has develop marketing strategy by provide large amount of information about the car such as price, quality and style on the internet for the customers to access to those unlimited information to compare products and choose the vehicles that meet their needs. The General environment Economic: Economic crisis in 2006 that affected all the auto industry. Many of the company had to bankruptcy or close the business. Ford also had to close many factories, lay off workers, and reduce the dealership to save cost. Rising of gasoline prices make it more expensive for consumers. That makes Ford’s sales decline and less revenue returns. Even the economic in US is decrease but because of globalization. It increases the international opportunities to Ford mostly in emerging market such as China and India. Technology: Ford has invested heavily in the development of premium technology to better serve its customers and to improve the safety, security, fuel efficiency, and design. These technologies will help company to save cost, increase reputation, build good image, serve customers want, and can compete with competitors. The Industry environment Five Forces Analysis 1. Threat of new entrants There are many factors that restrict new comers to entry the industry. Being in the automobile manufacture, it required high capital to invest. The companies have to invest a lot in research and development to create new technology all the time. For example; Ford invested $135 million to design, engineer, and manufacture key components for its hybrid, plug-in hybrid and battery electric vehicles. The companies such as Ford, GM, and Chrysler are all has the reputation in the name itself. And those three are called as the Detroit Three, they claimed about 50.1% of the US auto market in June 2011.So, it is difficult for new rivalry to build the name and compete with. Moreover, they have more experiences and can produce vehicles that more closely matched consumer needs. Even thought, Japanese cars had come to take market share due to the rise up of gasoline price and environment concerns. So, some consumers had turn to them. 2. Threat of substitute products As the population increases and global warming problem, people have found alternative transportation methods such as trolleys, Dial-A-Ride, taxis, bicycles, and walking. Enhancing public transportation systems such as rail systems and subways is to develop urban areas. These might lead private car less necessary to people. Also, we have to be careful of the environment. Therefore, it creates the hybrid engine and fuel saving motor. 3. Bargaining power of suppliers Many suppliers had been close due to the recession. And because suppliers have to cooperate with automobile industry, when automobile companies’ sales reduce suppliers will also affected. Therefore, there are highly competitive in suppliers. Ford chose to make a long term agreement with select strategic global suppliers to obtain best technologies and materials. 4. Bargaining power of buyers The gasoline price is affected the customers to purchase cars. And their preferences are design for car produced and sold. Ford has to concern about the customer living life, style and what they want. So they can provide a car that answer the customers’ want to satisfy them the most. Buyers have power to control the price and design. Ford had used many media methods to reach the customers including newspaper, radio, television advertising, as well as social media. Buyers also make the price competition in industry. Ford had to produce at low cost to sell at low price. 5. Rivalry among competing firms There are high competitions in automobile industry in both domestic and international. There are many competitors in this business. Even, The Detroit Three took a biggest share in market the industry is still growing very fast due to new technology development. The competition from foreign manufacturers such as Toyota, Nissan, and Honda makes its more intense. It forced Ford to compete with others by maintain quality standard, new innovation, energy-efficient in order to increase the revenue and reduce cost. Internal Analysis (SWOT) 1. Strengths Ford has strong brand recognition as they are one of the biggest companies in industry. Ford has huge investment in research and development to create new technology and has capability for engineering. Ford operated business over six continents and has large group of customers in both domestic and international. Ford had wide network of distributors and dealers. The company change to use pull strategy to give higher priority in customer satisfaction and driven by customer demand and preferences. Moreover, Ford gets many awards about technologies they had invented. We can see the success of Ford from the global sales of the latest generation model Fiesta, available on five continents that sold more than 1 million. 2. Weaknesses Ford had recalled about 300,000 cars because of the possible fire danger from engine overheating problems. This might affect the image of Ford and the perception of customer toward company. 3. Opportunities Even the demand for vehicle in US had fell but it can replace by globalization. Ford has made attentions to emerging market in China and India. These two markets expected to grow very fast and become ranking to first three largest markets which have China, India and US. In addition, Ford has joint venture with many companies in foreign to create more strength. The population is now increasing rapidly so demand for car will be higher. And because there are trend of saving fuel, environmental, economic issues and increasing demand for dual fuel vehicles, Ford new hybrid vehicle model will gain a lot of interest. 4. Threats Asian car had come to take market share in US market. The prices of Asian cars are obviously lower. The demand for Japanese car has increase. This made Ford to reduce the price to maintain the market share and had to reduce the cost of production. Economic slowdown in US and Euro zone was also one factor that created Ford net losses. Competitors’ environment

Spanish Nouns Whose Meanings Change With Gender

Spanish Nouns Whose Meanings Change With Gender Nearly all nouns in Spanish are always masculine or always feminine. But there are a few nouns that can be of either gender. In most cases, those are the nouns describing what people do for a living, and the gender varies with the person the word stands for. Thus, for example, el dentista refers to a male dentist, while la dentista refers to a female dentist. Un artista is a male artist, while una artista is a female artist. Most of the occupational words that follow this pattern end in -ista. One common exception is atleta: un atleta is a male athlete, while una atleta is a female athlete. When Gender Affects Meaning But there are a few nouns where the matter of gender is more complicated. Those are the nouns whose meanings vary depending on the gender of articles or adjectives used with them. Here is a list of the most common such words; only the basic or most usual meanings are included here. baterà ­a: el baterà ­a male drummer; la baterà ­a battery, female drummerbusca: el busca pager (electronic device); la busca searchcabeza: el cabeza male in charge; la cabeza head (body part), female in chargecalavera: el calavera excessively hedonistic man; la calavera skullcapital: el capital investment; la capital capital city, capital lettercircular: el circular pie chart; la circular circular (printed notice)cà ³lera: el cà ³lera cholera; la cà ³lera angercoma: el coma coma; la coma commacometa: el cometa comet; la cometa kiteconsonante: el consonante rhyme; la consonante consonantcontra: el contra drawback or organ pedal; la contra opposing attitude or an antidotecorte: el corte cut, blade; la corte court (law)cura: el cura Catholic priest; la cura curedelta: el delta delta (of a river); la delta delta (Greek letter)doblez: el doblez fold, crease; la doblez double dealingeditorial: el editorial editorial (opinion article); la editorial pub lishing business escucha: el escucha male sentry or guard; la escucha female sentry or guard, the act of listeningfinal: el final end; la final championship game in a tournamentfrente: el frente front; la frente foreheadguardia: el guardia policeman; la guardia protection, custody, guard, police force, policewomanguà ­a: el guà ­a male guide; la guà ­a guidebook, female guidehaz: el haz   bundle or light beam; la  haz   face or surface (La haz is an exception to the rule about using el with feminine nouns beginning with a stressed a sound.)maà ±ana: el maà ±ana future; la maà ±ana morningmargen: el margen margin; la margen bank (as of a river)moral: el moral blackberry bush; la moral morale, moralityorden: el orden order (opposite of chaos); la orden religious orderordenanza: el ordenanza order (opposite of chaos); la ordenanza orderlypapa: el papa pope; la papa potatoparte: el parte document; la parte portionpendiente: el pendiente earring; la pendiente slopepez : el pez fish; la pez tar or pitch policà ­a: el policà ­a policeman; la policà ­a police force, policewomanradio: el radio radius, radium; la radio radio (In some areas, radio is masculine in all uses.)tema: el tema subject; la tema obsession (traditionally feminine for this meaning, although in modern usage tema is usually masculine for all uses)terminal: el terminal electrical terminal; la terminal shipping terminaltrompeta: el trompeta male trumpeter; la trompeta trumpet, female trumpetervista: el vista male customs officer; la vista view, female customs officervocal: el vocal male committee member; la vocal vowel, female committee member Why Some Nouns Have Two Genders The reasons some of the nouns in this list have two genders is lost in history, but in a few cases the dual gender is a matter of etymology: The masculine noun and feminine are separate words that only coincidentally have the same sound and spelling, making them homographs. Among the homograph pairs on this list are: El papa comes from Latin, which is common for words related to Catholicism, but la papa comes from Quechua, an indigenous South America language.Both el haz and la haz come from Latin. The former comes from fascis, the latter from facies.El coma comes from a Greek word referring to a deep sleep. While la coma has Greek origins, it came directly to Spanish from Latin.El pez comes from the Latin piscis, while la pez comes from the Latin pix or picis.

Free Essays on Jane Austen

Jane Austen’s Pride and Prejudice Jane Austen’s Pride and Prejudice presents a new type of heroine. In her novel, she did not portray a traditional heroine like Jane Bennet. She imposed a new heroine, with new attributes, different to those related to the traditional heroine in the Victorian society. A true woman should combine many attributes. In traditional love story, the heroine must be submissive, weak, extremely beautiful, and dependent. Austen inverted this traditional image of the heroine to come up with a new type of a realistic one. Elizabeth Bennet is an original heroine and antithetical to the heroine of romance due to many reasons. Firstly, she is physically fit. This is evident when she walked for three miles on foot to help her sister. She did not care about the long distance she had to walk. Also, she did not care about the bad weather conditions. Secondly, this example provides another merit in her character which is her caring nature. She is very sensible. She felt responsible for her sister. When there is a need for help, she doesn’t care about social manners or decorum. Thirdly, she is very rational and has a sense of reason and logic. She tried to educate her self through reading. Fourthly, she is a daring and challenging lady, who believed in certain principles. She is independent and strong minded. Elizabeth is not extremely beautiful, but her inner beauty compensates for her lack of physical beauty. She is not as pretty as Jane, but her character is very attractive and worthy of respect. In my opinion, the most important merit in her character is the fact that she is courageous and respectable. She was courageous enough to turn down an irresistible proposal to save her self respect and dignity. I believe that she was rational enough to see that there was no hope in having a happy marriage after that kind of an insulting and condescending proposal. She knew that the man â€Å"Darc... Free Essays on Jane Austen Free Essays on Jane Austen Jane Austen’s Pride and Prejudice Jane Austen’s Pride and Prejudice presents a new type of heroine. In her novel, she did not portray a traditional heroine like Jane Bennet. She imposed a new heroine, with new attributes, different to those related to the traditional heroine in the Victorian society. A true woman should combine many attributes. In traditional love story, the heroine must be submissive, weak, extremely beautiful, and dependent. Austen inverted this traditional image of the heroine to come up with a new type of a realistic one. Elizabeth Bennet is an original heroine and antithetical to the heroine of romance due to many reasons. Firstly, she is physically fit. This is evident when she walked for three miles on foot to help her sister. She did not care about the long distance she had to walk. Also, she did not care about the bad weather conditions. Secondly, this example provides another merit in her character which is her caring nature. She is very sensible. She felt responsible for her sister. When there is a need for help, she doesn’t care about social manners or decorum. Thirdly, she is very rational and has a sense of reason and logic. She tried to educate her self through reading. Fourthly, she is a daring and challenging lady, who believed in certain principles. She is independent and strong minded. Elizabeth is not extremely beautiful, but her inner beauty compensates for her lack of physical beauty. She is not as pretty as Jane, but her character is very attractive and worthy of respect. In my opinion, the most important merit in her character is the fact that she is courageous and respectable. She was courageous enough to turn down an irresistible proposal to save her self respect and dignity. I believe that she was rational enough to see that there was no hope in having a happy marriage after that kind of an insulting and condescending proposal. She knew that the man â€Å"Darc... Free Essays on Jane Austen Jane Austen In Jane Austen’s books she is not only the official role, but also the narrator or commentator. She also has an active and controlling presence in her books. Austen presents a style that is fiction and is created out of naturalism. When you read the final product, the book seems real because most readers feel like they know Jane Austen. On the other hand, some readers feel she is a senseless and a very incomplete woman. Austen lived a lot of her dreams through her novels since they were based on observation of her family and friends. Her writing was filled by her total artistic command over her daily experiences (â€Å"Jane Austen†, British authors of the nineteenth century). Jane Austen was born on December 16, 1775 at Steventon, Hampshire, England. Her parents were the Reverend George and Cassandra Leigh Austen. She was the seventh of eight children. The Austen family was large and extremely poor. Austen’s father provided for his family by farming and tutoring. He was also the parish clergyman and a classical scholar with a taste for fiction. Their home was larger than most homes at the time, but it did not seem large to such a big family (â€Å"Jane Austen†, British Women Writers). Her parents sent her brothers Henry and James to a boarding school, where they later edited a literary periodical, The Loiterer. The Austens also sent Jane, six years old, and her sister Cassandra, nine years old, away to Oxford to attend school. The sisters later moved to Southampton in 1782. At the school in Southampton, both girls fell ill of a high fever. While still sick, they were sent to Madame Latourelle, who conducted The Abbey School of Reading. The sisters were not learning as much as they should have been so their parents took them out of the program, and decided to educate them themselves (â€Å"Jane Austen†, British Women Writers). The family loved many novels and read books all the time. That same love for...