An interview with Paolo Kwan, 20, from Hong Kong, who is improving his English while studying Business Administration at Sierra College in northern California.

WHY DID YOU DECIDE TO STUDY IN THE USA?

It provides a nice education in a beautiful country. When I was younger I used to watch American movies and I wanted to visit the United States. They always talked about the American dream, and I wanted to come and see it.

HOW DID YOU CHOOSE YOUR INTENSIVE ENGLISH PROGRAM?

Sierra College is one of the biggest community colleges in northern California. It is in a quiet location but has a beautiful campus.

The college has a good business program. I can study for two years at Sierra College and then two years at my transfer school to earn my degree.

WHAT DO YOU LIKE BEST?

I also enjoy the quality of the teaching at the college. There is a writing center where I can go at any time. The teachers can make suggestions to improve my essay, regarding grammar and my vocabulary. At the Math Center, they can explain in detail the problems.

WHAT DO YOU MISS MOST?

I miss the food and also my family.

WHAT WAS YOUR BIGGEST SURPRISE?

I was surprised by the cultural difference. The taste and style of food is very different. The amount of food is a lot larger. A small portion in the USA is a large portion in Hong Kong. When people from America find out that I am from another country they ask a lot of questions. They are very interested in you and finding out about Hong Kong. 

... YOUR BIGGEST DISAPPOINTMENT?

I have not had any since I came here. 

HOW HAVE YOU HANDLED:

... LANGUAGE DIFFERENCES?

It is important not to be shy, as that does not help you when you are trying to improve your language. I make sure that I study, practice and speak as often as I can—that is the only way to improve. ...

FINANCES?

I am being supported by my family.

... ADJUSTING TO A DIFFERENT EDUCATIONAL SYSTEM?

The American system is much more open. In Hong Kong you just learn what the teacher writes on the board. In America, you discuss the issues and focus more on ideas

WHAT ARE YOUR ACTIVITIES?

I am interested in traveling around the USA. I have been to San Francisco, which you can reach by train from Sierra College. In my free time I go out with friends. 

HOW EASY OR DIFFICULT IS MAKING FRIENDS?

It has not been that hard to make friends in the USA. Other people at the college are friendly and want to make friends as well.

HOW IS YOUR U.S. EDUCATION RELEVANT TO YOUR PERSONAL GOALS AND TO THE NEEDS OF YOUR COUNTRY?

I think that the U.S. education system will provide me with good resources and skills to be able to support myself in order to get hired in my own country

WHAT IS YOUR ADVICE TO OTHER STUDENTS?

An awesome life experience is waiting for you in the future. You will learn so much more than you think. Nothing is impossible, so go ahead and give it a try.

Adapted from: https://www.studyusa.com

The difficult journey to Olympic success

For Jessica Morgan, a young athlete New Zealand, a typical day starts early. Most mornings, she gets up 4:30 a.m., while her family is still bed, and trains before school. As an elite rower, she is one the best in her country, and she aims to compete in the next Olympic Games.

Jessica’s weekly schedule is grueling. She trains twice a day, six days a week, and competes in rowing events on the weekends. However, she’s also a normal schoolgirl, and like every other sixteen-year-old at high school, she regularly does her homework, too. Jessica’s motivation is impressive. She never hangs out with friends or takes a vacation. She isn’t only an amazing athlete – she usually gets good grades in school, too. Of course, it isn’t easy to become successful. Being the best at your sport requires hard work, determination, and the help of family and coaches. Young athletes’ relationships with their family and coaches can influence their success in the future. Jessica’s parents usually spend hours every week taking her to training and competitions, and they help her to eat a healthy diet. Her coach plans her training and enters her for competitions. But both parents and coach must offer emotional support, too – for example, when Jessica loses a competition or she gets an injury. Luckily for Jessica, she has a good relationship with both her coach and family. But in other cases, these relationships can place too much pressure on young athletes. For this reason, some of them lose their motivation to do well. For Jessica, the most important factor in her future success is her own desire to win. “I know talented young athletes who give up because they feel lonely without their friends,” she says. “But I prefer not to think negatively.” Jessica believes she is responsible for securing her future success. “It’s my decision to train every morning and go back to it again every afternoon. It’s my decision not to have a social life, and never to take a vacation.” Not everyone can cope with this kind of lifestyle. But each day Jessica moves one step closer to achieving her Olympic dream.

Leia o texto e responda à questão.

The birth of a nation

     The most memorable writing in eighteenth-century America was done by the founding fathers, the men who led the American Revolution of 1775-1783 and wrote the constitution of 1989. But none of them were writers of fiction. Rather, they were practical philosophers, and their most typical product was the political pamphlet. They shared the European Enlightenment belief that human reason could understand both nature and man. Unlike the Puritans – who saw man as a sinful failure – the Enlightenment men were sure man could improve himself. They wanted to create a happy society based on justice and freedom.

     The writings of Benjamin Franklin (1706 -1790) show the Enlightenment spirit in America at its best and most optimistic. His style is quite modern and, even today, his works are a joy to read. At the same time, there’s something “anti-literary” about Franklin. He had no liking for poetry and felt that writing should always have a practical purpose.

     Almanacs, containing much useful information for farmers and sailors (about the next year’s weather, sea tides, etc.), were a popular form of practical literature. Together with the Bible and the newspaper, they were the most-widely read and often the only reading matter in most Colonial households. Franklin made his Almanac interesting by creating the character “Little Richard”. Each new edition continued a simple but realist story about Richard, his wife and family. He also included many “sayings” about saving money and working hard. Some of those are known to most Americans today:

     Lost time is never found again.

     God helps those who help themselves.

     In 1757 Franklin collected together the best of his sayings and published The Way to Wealth. This little book became one of the best-sellers of the Western World and was translated into many languages.

(Peter High. Outline of American Literature . Essex, Longman. 1996. Adaptado)

Instructions: answer the question based on the following text.

Source: https://www.independent.co.uk/life-style/ikigai-hygge-lagom-swedish-danish-japaneses-candinavian-lifestyle-happiness-meaning-of-life-a7956141.html

Leia os quadrinhos e responda à questão. 

Text for the questions from 38 to 50.

Sound Advice for Language Learners

1 A recent issue of a language learning magazine has

consulted a number of experts in the field of second

language acquisition. Their advice may prove invaluable for

4 those considering a language course. Ask yourself some

basic questions, they suggest. Did you enjoy studying

languages at school, for example? Can you really afford the

7 time to learn a language?

First and foremost, you have to be realistic in your

goals. If you fail to set achievable aims you are likely to give

10 up. Besides, it is worth knowing that the most expensive

courses are not necessarily the best. You should also bear in

mind that the quicker you learn a language the more quickly

13 you forget it. Sue Miller, a French teacher, attempted to

teach herself German by enrolling on a crash course.

Already fluent in three languages, her chances of making

16 progress were high. Two years on she hardly remembers

anything. “I should have chosen a regular course in order to

have more time for practice and consolidation.”

19 Sue’s comment is certainly a good piece of advice.

Internet: <www.flo‐joe.uk> (adapted).

Text for the questions from 28 to 37.

A Musical Genius

1 Beethoven is one of the most influential figures in

the history of classical music. His exceptional talent was

already evident when he was still a young man, trying to

4 survive a rather unorthodox upbringing. Indeed, his

eccentric father would often make him study music in the

middle of the night.

7 Soon, the young Beethoven's ability won him the

admiration of the leading contemporary musical figures.

However, just at the point when he was beginning to reap

10 the rewards of his early endeavors, he realized that he was

becoming deaf. Beethoven felt devastated as it was clear to

him that his increasing deafness was incurable. And yet, he

13 kept composing and his music displayed a striking change in

style, becoming both heavier in tone and larger in scale.

Internet: <www.flo‐joe.co.uk> (adapted).

A Brief and Simplified Description of Papermaking

The paper we use today is created from individual wood fibers that are first suspended in water and then pressed and dried into sheets. The process of converting the wood to a suspension of wood fibers in water is known as pulp making, while the manufacture of the dried and pressed sheets of paper is formally termed papermaking. The process of making paper has undergone a steady evolution, and larger and more sophisticated equipment and better technology continue to improve it.

The Wood yard and Wood rooms

The process at Androscogging began with receiving wood in the form of chips or of logs 4 or 8 feet in length. From 6 AM to 10 PM a steady stream of trucks and railroad cars were weighted and unloaded. About 40 percent were suplied by independents who were paid by weight their logs. The mill also received wood chips from lumber mills in the area. The chips and logs were stored in mammoth piles with separate piles for wood of different species (such as pine, spruce, hemlock).

When needed, logs were floated in flumes......(1).....the wood yard.....(2).....one of the mill’s three wood rooms. There, bark was rubbed......(3)........in long, ribbed debarking drums by tumbling the logs against one another. The logs then fell into a chipper;......(4)......seconds a large log was reduced to a pile of chips approximately 1 inch by 1 inch by 1/4 inch.

The chips were stored in silos. There were separate silos for softwoods (spruce, fir, hemlock, and pine) and hardwoods (maple, oak, beech, and birch). This separate and temporary storage of chips permitted the controlled mixing of chips into the precise recipe for the grade of paper being produced.

The wood chips were then sorted through large, flat vibrating screens. Oversized chips were rechipped, and ones that were too small were collected for burning in the power house. (The mill provided approximately 20 percent of all its own steam and electricity needs from burning waste. An additional 50 percent of total electricity needs was produced by harnessing the river for hydroelectric power.)

Once drawn from the silo into the digesters, there was no stopping the flow of chips into paper. 

Pulpmaking

The pulp made at Androscoggin was of two types: Kraft pulp (produced chemically) and ground wood pulp (produced mechanically). Kraft pulp was far more important to the high quality white papers produced at Androscoggin, accounting for 80 percent of all the pulp used. Kraft pulp makes strong paper. (Kraft is German for strength. A German invented the Kraft pulp process in 1884.) A paper’s strength generally comes from the overlap and binding of long fibers of softwood; only chemically was it initially possible to separate long wood fibers for suspension in water. Hardwood fibers are generally smaller and thinner and help smooth the paper and make it less porous.

The ground wood pulping process was simpler and less expensive than the Kraft process. It took high quality spruce and fir logs and pressed them continuously against a revolving stone that broke apart the wood’s fibers. The fibers, however, were smaller than those produced by the Kraft process and, although used to make newsprint, were useful at Androscoggin in providing “fill” for the coated publication gloss papers of machines 2 and 3, as will be described later.

^(A)The chemical Kraft process worked by dissolving the lignin that bonds wood fibers together. ^(B) It did this in a tall pressure cooker, called a digester, by “cooking” the chips in a solution of caustic soda (NaOH) and sodium sulfide (Na²S), which was termed the “white liquor.” ^(C)The two digesters at Androscoggin were continuous digesters; chips and liquor went into the top, were cooked together as they slowly settled down to the bottom, and were drawn off the bottom after about three hours. ^(D) By this time, the white liquor had changed chemically to “black liquor’’; the digested chips were then separated from this black liquor. ^(E)

In what was known as the “cold blow” process, the hot, pressurized chips were gradually cooled and depressurized. A “cold liquor’’ (170°F) was introduced to the bottom of the digester and served both to cool and to transport the digested chips to a diffusion washer that washed and depressurized the chips. Because so much of the lignin bonding the fibers together had been removed, the wood fiber in the chips literally fell apart at this stage.

The black liquor from the digester entered a separate four-step recovery process. Over 95 percent of the black liquor could be reconstituted as white liquor, thereby saving on chemical costs and significantly lowering pollution. The four-step process involved (1) washing the black liquor from the cooked fiber to produce weak black liquor, (2) evaporating the weak black liquor to a thicker consistency, (3) combustion of this heavy black liquor with sodium sulfate (Na₂SO₄ ), and redissolving the smelt, yielding a “green liquor” (sodium carbonate + sodium sulfide), and (4) adding lime, which reacted with the green liquor to produce white liquor. The last step was known as causticization.

Meanwhile, the wood-fiber pulp was purged of impurities like bark and dirt by mechanical screening and by spinning the mixture in centrifugal cleaners. The pulp was then concentrated by removing water from it so that it could be stored and bleached more economically.

By this time, depending on the type of pulp being made, it had been between 3 1/2 and 5 hours since the chips had entered the pulp mill. 

All the Kraft pulp was then bleached. Bleaching took between 5 and 6 hours. It consisted of a three-step process in which (1) a mix of chlorine (Cl₂ ) and chlorine dioxide (CIO₂ ) was introduced to the pulp and the pulp was washed; (2) a patented mix of sodium hydroxide (NaOH), liquid oxygen, and hydrogen peroxide (H₂ O₂ ) was then added to the pulp and the pulp was again washed; and (3) chlorine dioxide (ClO₂ ) was introduced and the pulp washed a final time. The result was like fluffy cream of wheat. By this time the pulp was nearly ready to be made into paper.

From the bleachery, the stock of pulp was held for a short time in storage (a maximum of 16 hours) and then proceeded through a series of blending operations that permitted a string of additives (for example, filler clay, resins, brighteners, alum, dyes) to be mixed into the pulp according to the recipe for the paper grade being produced. Here, too, “broke” (paper wastes from the mill itself) was recycled into the pulp. The pulp was then once again cleaned and blended into an even consistency before moving to the papermaking machine itself.

It made a difference whether the broke was of coated or uncoated paper, and whether it was white or colored. White, uncoated paper could be recycled immediately. Colored, uncoated paper had to be rebleached. Coated papers, because of the clays in them, could not be reclaimed.

                                                    TEXTO I

                                   English for Specific Purposes

      English for specific purposes (ESP) refers to language research and instruction that focuses on the specific communicative needs and practices of particular social groups. Emerging out of Halliday, Macintosh, and Strevens’ (1964) groundbreaking work nearly 40 years ago, ESP started life as a branch of English language teaching, promising a stronger descriptive foundation for pedagogic materials. In the years since, ESP has consistently been at the cutting-edge of both theory development and innovative practice in applied linguistics, making a significant contribution to our understanding of the varied ways language is used in particular communities. Drawing on a range of interdisciplinary influences for its research methods, theory, and practices, ESP has consistently provided grounded insights into the structures and meanings of texts, the demands placed by academic or workplace contexts on communicative behaviors, and the pedagogic practices by which these behaviors can be developed.

HYLAND, K. “English for specific purposes: some influences and impacts”. In: Cummins, J. and Davison, C., (eds.) The International Handbook of English language education. Springer: Norwell, Mass, 2006.

TEXT II

Like Castles In An Aquarium, Offshore Drilling Platforms Are Sprawling With Residents

Just beneath the ocean’s surface, there’s an unseen world that most people will never have the opportunity to witness firsthand. A place where nature and mankind have struck a balance – a mutual respect, a friendship of sorts.

Offshore drilling platforms have become home to vast communities of sea life. Florid carpets of coral encrust their massive pylons, along with sponge, sea urchins, crabs, and snails. Swimming in the sanctuary of their enormous risers are schools of rockfish, bright orange garibaldi and angel fish. And splashing about on the surface is the occasional sea lion.

Now scientists have confirmed what some had suspected all along. Most of the sea life was actually created at the rig rather than having come from other parts of the ocean and settled there, according to the National Academy of Sciences. And fish that would otherwise perish in vast expanses of open ocean, settle within the safety of the structures.

Like castles in an aquarium, offshore platforms are sprawling with underwater residents. Scientists say these are the richest marine ecosystems on the entire planet. They are even more productive than coral reefs and estuaries, according to marine biologists.

The first thing anyone – trained scientist or casual recreational diver – notices around a rig is the big fish -- lots of them, say marine researchers and divers, alike.

For a decade and a half, researchers used submersibles to survey fish at 16 different platforms. When the researchers tabulated the data, they were surprised to discover that, by one standard, California’s oil rigs are among the most productive marine habitats ever recorded.

At the end of their production, however, the offshore rigs must be decommissioned. Scientific insight is adding momentum to efforts to convert some of these rigs into artificial reefs […].

(From http://thesurge.com/stories/like-castles-aquarium-offshore-drilling-platformssprawling-residents. Accessed July 18th, 2017)