quarta-feira, 6 de outubro de 2010

Cricket


Language Level: Intermediate
Standard Accent: American
Source: Speak Up


Not Cricket

Traditionally British, Cricket has the best players outside Britain, in its ex-colonies, that, beyond the language, they learnt moreover like for Sport.

To the outside world cricket is a quintessentially English – and gentlemanly – game. Indeed the expression “It’s not cricket” is used when somebody either tries to bend the rules or to behave unfairly.

As if the case with soccer and rugby, cricket was invented by the English. They exported it to other countries, whose teams now regularly beat them. Cricket is largely limited to former British Colonies such as Australia, New Zealand, India, Pakistan, Sri Lanka, South Africa and the West Indies.

Cricket’s gentlemanly image was, however, badly shaken during the recent World Cup, which was held in the West Indies. Pakistan surprisingly lost to a weaker team, Ireland, and the following morning, Pakistan’s coach, a former English player called Bob Woolmer, was found dead in his hotel room. At first it was thought the he might have dead a heart attack, or that he could have committed suicide. The history became international headline news a few days later, when it was announced that he had in fact been murdered. Doubts, then, were whether Woolmer had been killed by irate fans, or by members of an illegal betting syndicate, who may have had a hand in the Pakistan-Ireland match’s shock result. It would not have been the first time that cricket had been rocked by a betting scandal. But on June 12, almost three months after the death and after both the concurrence of Scotland Yard detectives and probes by a UK Home Office pathologist Kingston police gave in and announced that Woolmer had actually died of “natural causes”. This declaration invalidated the initial report by a local pathologist. Woolmer indeed had chronic illnesses, including diabetes and a heart problem. So, in the end, the only thing certain is that cricket’s fame goes on and on.

A SENSE OF UNITY

Nand Kumar, an Indian who runs a fashion export business, says that cricket has become very popular in India since 1983, when the country won the World Cup, and that today it is “like a religion”, being far more popular than any other sport. Nor do the Indians, whose booming economy, along with that of China, is set to dominate the World of tomorrow, have any problems with cricket’s colonial past.

Nand Kumar (India Accent)

They’re actually very grateful because if two things which unite the whole of India is…one is the English language, and one is the cricket. These are the two things which just unite the complete country. There are so many differences in different parts of region, languages and culture and the food and the lifestyle and the way you live and the way you talk, everything is different, but two things which just unite the entire country, is the English language, which everyone now is learning, everyone learns there, and they use for work, and they cricket, as a sport.  



Voyager: The First Airplane to Fly Around the World Non-Stop




Source: www.voanews.com



Voyager is now kept at the Smithsonian National Air and Space Museum in Washington
Photo: nasm.si.edu
Voyager is now kept at the Smithsonian National Air and Space Museum in Washington


SHIRLEY GRIFFITH:  EXPLORATIONS -- a program in Special English by the Voice of America.
(MUSIC)
It was called the last great goal in flying.  It would be a flight around the world without stopping or adding more fuel.  Today, Frank Oliver and Doug Johnson tell about a special plane called Voyager and the effort to set a difficult world record.
(MUSIC)
FRANK OLIVER:  Voyager began as a quick drawing on a small piece of paper.  Six years later, the drawing was a plane that made history.
Many people gave their time, energy and money to help make the flight happen.  But three people had lead parts in the event.  Dick Rutan.  Burt Rutan.  And Jeana Yeager.
Dick Rutan was an experienced flier.  He had been a pilot in the United States military during the war in Vietnam.  After the war, he worked as a test pilot.  He flew planes designed by his younger brother Burt.
Burt Rutan was well-known as a designer of experimental planes.  And Jeana Yeager held nine world flight records as a pilot.
DOUG JOHNSON:  One day in early nineteen eighty-one, Dick, Burt and Jeana were eating in a restaurant in Mojave, California.  Burt turned to his brother and asked a wild question:  "How would you like to be the first person to fly around the world without stopping to re-fuel?"
The three considered the idea.  A non-stop flight around the world without re-fueling was the last flight record to be set.  The flight always had been considered impossible.  No plane could carry enough fuel to fly that far:  forty thousand kilometers.
But now there were new materials for planes.  Burt thought he could build a plane that could make the voyage.  Dick and Jeana thought they could fly it.  No one could think of a good reason not to try.
Burt picked up a small piece of paper.  He drew an airplane that looked like a giant wing, and not much more.  That was the beginning.
(MUSIC)
FRANK OLIVER:  Not since the days of Orville and Wilbur Wright had the people making a record flight designed and built their own aircraft.  Dick, Burt and Jeana did.  Some people thought their Voyager project was both impossible and foolish.  Everyone knew it would be dangerous.
The Voyager crew worked on the plane in a small building at an airport in California's Mojave Desert.  Dick, Burt and Jeana received no government money.  Instead, they got small amounts of money from lots of different people.
As news of the project spread, more and more people offered to help.  There were aviation engineers and workers from the space agency's experimental plane project.  Several airplane companies offered equipment to be used in the plane.  When Voyager was finished, it had two million dollars' worth of parts in it.
DOUG JOHNSON:  Burt Rutan had built light-weight planes before.  He knew a normal plane made of aluminum metal could not make a trip around the world without adding fuel.  So his solution was to build Voyager almost completely out of new materials.  The materials were very light, but very strong.  This meant Voyager could lift and carry many times its weight in fuel.
The finished plane weighed just nine hundred kilograms, about the weight of a small car.  The full load of fuel weighed three times that much, about three thousand kilograms.  Voyager was not built to be a fast plane.  It flew about one hundred seventy-five kilometers an hour.
FRANK OLIVER:  The main wing of the finished plane was more than thirty-three meters across.  That is wider than the main wing on today's big passenger planes.  The center part of the plane held the crew.  And on either side of this body were two long fuel tanks.
In fact, almost all of the Voyager was a fuel tank.  Seventeen separate containers were squeezed into every possible space.  During the flight, the pilots had to move fuel from container to container to keep the plane balanced.  One engine at each end of the body of the plane provided power.
The area for the two pilots was unbelievably small.  It was just one meter wide by two-and-one-quarter meters long.  The person flying the plane sat in the pilot's seat.  The other person had to lie down at all times.
DOUG JOHNSON:  After many test flights, the Voyager was finally ready in December, nineteen eighty-six.  The best weather for flying around the world is from June to August.  That time was far past.  But the pilots were tired of delays.  They made the decision to Take off, knowing the weather might be bad.
Jeana Yeager and Dick Rutan
nasm.si.edu



Jeana Yeager and Dick Rutan
On December fourteenth, Dick Rutan and Jeana Yeager walked around the plane one more time.  It looked like a giant white flying insect.  They were going to be trusting their lives to this strange plane for the next nine days.
Dick climbed into the only seat.  Jeana lay on the floor.  They were ready to go.  Flight controllers at Edwards Air Force Base in California cleared them for a trip no one had ever attempted before.
FRANK OLIVER:  The long, thin wings of the plane were so loaded with fuel that they almost touched the ground.  Voyager began to move down the runway, slowly.  But something was wrong.  The ends of the wings were not lifting.
Burt Rutan sent a radio message to his brother to lift the plane's nose.  "Pull back on the stick!" he screamed.  "Pull back!"  But Dick did not hear the warning.  And he did not see the wings.  He was looking straight ahead.
Voyager was getting dangerously close to the end of the runway.  It appeared about to crash.  Finally, just in time, the long wings swept up.  The plane leaped into the air.
Planes following Voyager could see that the ends of the wings were badly damaged.  Dick turned the plane so the force of air currents would break off the broken ends.  Then he aimed Voyager out over the Pacific Ocean.
(MUSIC)
DOUG JOHNSON:  Weight was the main consideration in designing the experimental plane.  Not safety.  Not comfort.  Voyager did not have most of the normal safety equipment of modern planes.  There were no special materials to block the noise of the engines.  And space for the pilots was so tight they had great difficulty changing places.
Voyager's long wings moved up and down as the winds changed.  It seemed to sail on waves of air, just like a sailboat on ocean waves.  This motion meant the flight was extremely rough.
FRANK OLIVER:  It was not an enjoyable trip.  Dick and Jeana were always tense.  At the end of the second day, the weather expert for the flight warned of trouble.  Voyager was heading for an ocean storm.  Dick was able to fly close to the storm and ride its winds.
On the third day, Voyager was in trouble again.  It had to fly between huge thunderhead clouds on one side and Vietnam's airspace on the other.  Dick was able to keep the plane safely in the middle.
Voyager in flight
nasa.gov



Voyager in flight
Over Africa, the two pilots struggled with continuous stormy weather.  Dick had flown almost all of the first sixty hours of the flight.  Then he changed places with Jeana for short periods.  Both were extremely tired.
Suddenly, a red warning light turned on.  It was a signal that there was not enough oil in one engine.  Dick and Jeana had been so busy trying to fly around bad weather and mountains that they had forgotten to watch the oil level.  But luck stayed with them.
They added the necessary oil.  The engine was not damaged.
DOUG JOHNSON:  Once past the violent weather over Africa, Dick and Jeana began planning the way home.  A computer confirmed that they had enough fuel left to make it.  But as they flew up the coast of Mexico, the engine on the back of the plane failed.  Fuel had stopped flowing to it.
The more powerful front engine already had been shut down earlier to save fuel.  With neither engine working, Voyager quickly began to lose speed and height.  The plane fell for five minutes.  Dick finally got the front engine started again.  Then fuel started flowing to the back engine, and it began to work again, too.
FRANK OLIVER:  Nine days after take-off, Voyager landed smoothly at Edwards Air Force Base in California.  It had completed a Forty thousand kilometer flight around the world.  It had not stopped.  And it had not re-fueled.
Dick said after landing:  "This was the last major event of atmospheric flight."  Jeana added:  "It was a lot more difficult than we ever imagined."
Burt Rutan's revolutionary plane design had worked.  And, with it, Dick Rutan and Jeana Yeager had joined the list of the world's greatest fliers.
(MUSIC)
SHIRLEY GRIFFITH:  This Special English program was written by Marilyn Rice Christiano.  Your narrators were Frank Oliver and Doug Johnson.  I'm Shirley Griffith.  Listen again next week for another EXPLORATIONS program on the Voice of America
.

Planetarium Part I

Curso de Inglês online e tradução é com o professor Fúvio em Sorocaba para mais informação visite o site 
Online English course and traslations of documents it's up with Teacher Fuvio in Sorocaba, São Paulo State, for more information visit the site bellow
Planetarium  - Part I   audio        www.inglesvip.xpg.com.br


1- A planetarium is a theater with a rounded ceiling onto which images of the stars and planets are projected. Planetariums give educational shows about astronomy and what you can see in the night sky. Today, we tell about the past, present, and future of planetariums. And, we visit the Albert Einstein Planetarium at the Smithsonian National Air and Space Museum in Washington, D.C.

2-Since ancient times, humans have worked on ways to understand and represent the movement of the stars and planets. Experts credit the Greek astronomer Archimedes with developing the earliest known device to show the daily movement of the planets.

3-He lived more than two thousand years ago. These mechanical devices that show the relative placement and movement of the planets and moons aresometimes called orreries. Over the centuries, scientific thinkers worked to develop these devices and improve their accuracy and complexity.

4-The words “orrery” and “planetarium” were once used interchangeably. Today, the world “planetarium” generally means a theater inside a dome.

5- The earliest planetarium that is still working today is in the Netherlandsalthough the device is actually an orrery. It was built by a man named Eise Eisinga starting in seventeen seventy-four. It took him seven years to build this moving device inside a room in his house.

6- All the planets move at the same speed as the real planets in our solar system. So, it takes one year for Earth to move around the sun and about twenty-nine years for Saturn to do so. Eisinga made his device out of wood, metal nails, a clock and nine weights.

7- Other versions of early planetariums were large globes. People could sit inside them. Holes were cut into the walls of these globes to represent stars.

8 - A group of German engineers and scientists helped develop the modern planetarium between nineteen ten and nineteen thirty. The creators of the Deutsches Museum of science and technology in Munich wanted to build a planetarium. So, they asked the Carl Zeiss company in Germany to help with this plan. This company was known for making scientific equipment such as microscopes.

9- It took engineers at Zeiss several years to invent a new planetarium technology. The complex mechanical device they made projected light through “star plates” of film that contained images of thousands of stars. Public viewings of the first Zeiss planetarium projector began in nineteen twenty-three.

10- Soon, other cities in Europe and later in the United States began ordering planetarium devices from Zeiss. An American business leader named Max Adler learned about these planetariums and traveled to Germany to see one for himself. He was so amazed with the Zeiss device that he donated the money for a planetarium to be built in his native Chicago, Illinois.

11- The Adler Planetarium was the first modern planetarium in the United States. It opened its doors to the public in nineteen thirty. Planetariums soon opened in Philadelphia, Pennsylvania; Los Angeles, California and New York City.

12- Planetarium technology continues to evolve and improve to this day. But what if you live far away from a city with a planetarium? Dan Neafus helps supervise the Gates Planetarium at the Denver Museum of Nature and Science in Colorado. He says new technologies are helping to connect planetariums with viewers in other areas.

13-There are relatively few digital planetariums around the world. But this technology could bring space education and the experience of a planetarium show to more people through the use of a computer and Internet connection.

14- The Loch Ness Production company in Colorado makes shows, images and music for the planetarium community. The company also gathers facts about planetariums around the world. It says there areover one thousand five hundred planetariums in the United States.

15 - Many kinds of organizations have planetariums. They include museums, science centers, universities, schools and even astronomy clubs. Some planetariums have domes that measure over twenty meters, while others are much smaller.

16 - Some planetariums use film projections. More technologically advanced planetariums use digital systems controlled by computers. Digital technologies offer planetariums many choices. These theaters can show movies about space. Or, these planetariums can serve as classrooms where live interactive presentations take place.

17 - For example, astronomers can guide viewers on a trip around the universe using image databases with real information about the placement of stars and planets.

18 - The Smithsonian National Air and Space Museum in Washington, D.C. has both a digital system and a projector system made by the Carl Zeiss company.

terça-feira, 5 de outubro de 2010

English Tips for women

Source: http://pre-menstrualsyndrome-pmsi.blogspot.com/

PMS - Everything You Want To Know About Pre-menstrual Syndrome

Written by Kyle J. Norton and Karen KlamReproduction of any Kyle J. Norton is allowed with name of the author and all link intact.
Pre menstrual Syndrome ( II ): Causes and Treatments of Pre Menstrual Syndrome
Article 21- 40

Premenstrual syndrome effects over 70% to 90% of women before menopause in the US and less for women in Southeast Asia because of their difference in living style and social structure. The occurrence of premenstrual syndrome (PMS) have more than doubled over the past 50 years due to the acceptance of it as a medical condition that is caused by unhealthy diet with high in saturated food. Premenstrual syndrome is defined as faulty function of the ovaries related to the women's menstrual cycle, it effects a women's physical and emotional state, and sometimes interferes with daily activities as a result of hormone fluctuation. The syndrome occurs one to two weeks before menstruation and then declines when the period starts. It is said the symptoms can be so severe that between 10-15% of women have to take time off work, costing businesses millions of dollars a year.
The Series of PMS articles are for education and information only, please consult with your doctor, herbalist, dietitian before applying.

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Food containing caffeine also contain tannin which block the digestive system in absorbing of vitamins and minerals in the digestive tract including vitamin B6 and magnesium. the vitamin and mineral which are vital for women with PMS.
Over consumption of saturated fat reduces function of liver in secreting bile into bloodstream and interference with liver in regulating function of pancreas in insulin production resulting in symptoms of PMS including food and sugar craving.

23. 
Pre-menstrual Syndrone and Prostaglandins
GLA is also known as essential Omega 6 fatty acid which has anti-inflammatory properties found primarily in vegetable oils. It may also be converted from linoneic acid before converting to prostaglandins PGE1. If there are blockage caused abnormal function of fat and protein metabolism, imbalance of essential Omega 3 and 6 fatty acids and nutrients deficiency, PGE1 may become bad prostaglandins resulting in symptoms of PMS including menstrual pain and cramps.
24. Pre-menstrual Syndrone and Alcohol
Alcohol inhibits the breakdown of vitamins and minerals into usable molecule by decreasing digestive enzymes secretion and damage the lining of stomach in absorbing vital nutrients by blocking the transportation of nutrients into the blood stream resulting in nutrients deficiency including vitamin B complex, zinc, etc.
25. Pre-menstrual Syndrone and Dairry Foods
Most dairy food contains high amount of saturated fat which is one form of triglycerides which deceases the function of liver in secreting bile and lessen the function of liver in fat and protein metabolism resulting in lessening the oxygen transportation to the nervous system causing nervous including depression and emotional and physical stress.

26. 
Pre-menstrual Syndrone and Phytoestrogen
Phytoestrogens also known as dietary estrogen, are non steroidal plant compounds which have a structural similarity with estradiol and the ability to cause estrogenic and anti estrogenic effects.
27. Pre-menstrual Syndrone and Salt
Increasing intake of sodium (salt) not only reduces the lymphatic function in regulating the fluid in the body tissues and is also harm your kidney in urinary secretion resulting in increasing the risk of water retention.
28. 
Pre-menstrual Syndrone and Xanoestrogen
Xanoestrogen is men made compounds and have been introduced into the environment by industrial, agricultural and chemical companies and consumers only in the last 70 years or so, it has estrogenic effects in men and women alike.
29. Premenstrual Syndrome ( PMS ) and Migraine Headache
Headache is the most common symptoms of PMS. migraine headache effects about 15% of population and just before or on the days of period. While headache does not accompany with symptoms, migraine usually followed by series of symptoms.
30. 
Pre-menstrual Syndrone (PMS) and Breast Tenderness
Breast tenderness effects more than 70% of women in the US alone. Sometimes, it is so painful that some women afraid to be hugged and uncomfortable during sleep.
31. Pre-menstrual Syndrone(PMS) and Smoking
Since cadmium is very toxins, it has an ability to attach to arteries wall and make the wall thinker that decreases the function of blood in transportation of nutrients and oxygen to our body cells need resulting in decreasing the body in hormone manufacturing which leads to hormone imbalance including Pre menstrual syndrome.
32. Pre-menstrual Syndrone and Insomnia
Calcium, magnesium and silicon are essential for women during menstrual cycle because they have a calming effects for the nervous system. Imbalance or deficiency of calcium, magnesium and silicon increase tension of the brain's cell resulting in insomnia.

33. 
Pre-menstrual Syndrome and Conventional Treatments
GnRH is medication used to treatment PMS to induce the women reproductive system into temporary menopause state. GrNH contains buserelin and goserelin, the synthetic hormone stop the pituitary gland from releasing follice-stimulating hormone (FSH) and luteinizing hormone (LH), thereby prevent ovulation completely.

34.
 Pre-menstrual Syndrome (PMS) and Vitamins
Vitamion B3 plays an vital role in assisting liver in glucose and carbohydrate metabolism. Deficiency of vitamin B3 causes unbalance of levels of blood sugar in the bloodstream.
35. Pre-menstrual Syndrone and Minerals
Women with PMS saw the low levels of calcium just before ovulation resulting in irritability, anxiety, tiredness and menstrual cramps. Intake calcium together with vitamin D and right ration of magnesium helps to reduce the above symptoms.

36. 
Pre-menstrual Syndrone : Essential Fatty acids, Tryptophan and Serotonin
Balance of levels of essential fatty acids besides is vital for liver in fat and protein metabolism and controlling levels of bad estrogen caused by environment toxins in our body, it also helps to reduce nervous tension including anxiety and depression and convert linoneic acid into good prostaglandins hormone PGE2 resulting in lessening the menstrual cramps and pain and breast tenderness.

37. 
Pre-menstrual Syndrone and Herbs
Chaste berry tree is one very important herbs which has been used bt herbalist in normalizing and regulating women menstrual cycle. It contains variety of substance that helps to acts on hypothalamus and pituitary gland by increasing the release of luteinizing hormone and inhibiting the follicle-stimulating hormone, thereby it helps to balance the levels of estrogen and progesterone during menstrual cycle resulting in lessening the symptoms of PMS.

38. 
Pre-menstrual Syndrone and Chinese Herbs (Part I )
Chinese medicine has been used over 4000 thousand years in treating women productive system disorder with proven success. Chinese herbalist believe Pre menstrual syndrome is caused by
1. Blood stagnation
Blood stagnation in the abdominal region including uterus causes menstrual pain and cramps before the period. By releasing the blood stagnation, it helps to remove the blood in the abdomen resulting in lessening the symptoms of PMS.

39. Pre-menstrual Syndrone and Chinese Herbs (II)- Liver Qi Stagnation
Angelica synthesis is a queen herb for women reproductive tonic, it has been used in traditional Chinese medicine in treating all women productive disorder by releasing the qi stagnation including pre menstrual syndrome. Angelica synthesis contains phytoestrogen, which helps to restore the hormone imbalance before ovulation and relax the uterus muscles resulting in lessening the hormone imbalance effects and pre menstrual pain and cramps.
40. Pre-menstrual Syndrone and Chinese Herbs (III) - Kidney Deficiency
Rehmannia glutinose besides has been used in traditional Chinese medicine in treating kidney disorder, it helps to restore the balance of yin yang qi of the kidney resulting in lessening the symptoms of water retention, weight gain for women with pre menstrual syndrome. It contains sustain which help to improve sexual desire before and after ovulation.


TO BE CONTINUED