instruction:
Given a context passage, generate a question from the passage such that its answer is shortest continous span from the passage.
question:
It was 1:30 a.m. Monday at London's Savoy Hotel and, with autograph books and cameras, a group of brighteyed tennis fans of all ages were waiting for just a glimpse of Maria Sharapova . The 17-year-old girl defeated champion Serena Williams 6-1 6-4 in the Wimbledon final on Saturday in London to become the first Russian to win a single title at the championships. A silver lining to a depressing, rain-hit Wimbledon, she has raised heated passion. Nobody was complaining, though, for the 1.83-metre Sharapova has created a welcome wave of interest in tennis, something missing in recent years. Not even Anna Kournikova evoked such passion when she broke on to the scene. To look good on court is one thing, but Sharapova can actually play the game too. Extremely well. She proved it over 13 days at the world's most prestigious tournament. Playing tennis of the highest quality throughout, the Russian's triumph not only lifted the tournament from fits of rain-induced depression but also salvaged(;) the season for the woman's tour. Sharapova was given no easy ride in the tournament, having to beat 1999 champion Lindsay Davenport in the semifinals and twice-champion Serena Williams for the title. Neither caused her much concern. "I don't remember too much about the final," Sharapova giggled. "I was in my own place." She will find it increasingly hard to find any place to call her own from now on after advertisers identified her as the most marketable woman in sport. In Russia she is sensational news. She headlined the news bulletins and was telephoned by former Russian President Boris Yeltsin after her triumph. Sharapova will return to her adoptive Florida home knowing life will never be the same again. But the girl who arrived in the US aged seven with her father and just US$700 is determined not to let fame and riches detract from her number one love, tennis. "I know things will start coming up and that many more things will want to get involved, but I want to keep my head cool and play tennis," she said.
answer:
Who has won the most times in Wimbledon?

question:
Almost all surfaces reflect some of the light that strikes them. The still water of the lake in Figure 22.9 reflects almost all of the light that strikes it. The reflected light forms an image of nearby objects. An image is a copy of an object that is formed by reflected or refracted light. If a surface is extremely smooth, like very still water, then an image formed by reflection is sharp and clear. This is called regular reflection. If the surface is even slightly rough, an image may not form, or if there is an image, it is blurry or fuzzy. This is called diffuse reflection. Both types of reflection are represented in Figure 22.10. You can also see animations of both types of reflection at this URL: [Link] In Figure 22.10, the waves of light are represented by arrows called rays. Rays that strike the surface are referred to as incident rays, and rays that reflect off the surface are known as reflected rays. In regular reflection, all the rays are reflected in the same direction. This explains why regular reflection forms a clear image. In diffuse reflection, in contrast, the rays are reflected in many different directions. This is why diffuse reflection forms, at best, a blurry image. One thing is true of both regular and diffuse reflection. The angle at which the reflected rays bounce off the surface is equal to the angle at which the incident rays strike the surface. This is the law of reflection, and it applies to the reflection of all light. The law is illustrated in Figure 22.11 and in the animation at this URL: Mirrors are usually made of glass with a shiny metal backing that reflects all the light that strikes it. Mirrors may have flat or curved surfaces. The shape of a mirrors surface determines the type of image the mirror forms. For example, the image may be real or virtual. A real image forms in front of a mirror where reflected light rays actually meet. It is a true image that could be projected on a screen. A virtual image appears to be on the other side of the mirror. Of course, reflected rays dont actually go behind a mirror, so a virtual image doesnt really exist. It just appears to exist to the human eye and brain. Most mirrors are plane mirrors. A plane mirror has a flat reflective surface and forms only virtual images. The image formed by a plane mirror is also life sized. But something is different about the image compared with the real object in front of the mirror. Left and right are reversed. Look at the man shaving in Figure 22.12. He is using his right hand to hold the razor, but his image appears to be holding the razor in the left hand. Almost all plane mirrors reverse left and right in this way. Some mirrors have a curved rather than flat surface. Curved mirrors can be concave or convex. A concave mirror is shaped like the inside of a bowl. This type of mirror forms either real or virtual images, depending on where the object is placed relative to the focal point. The focal point is the point in front of the mirror where the reflected rays intersect. You can see how concave mirrors form images in Figure 22.13 and in the interactive animation at the URL below. The animation allows you to move an object to see how its position affects the image. Concave mirrors are used behind car headlights. They focus the light and make it brighter. They are also used in some telescopes. The other type of curved mirror, a convex mirror, is shaped like the outside of a bowl. This type of mirror forms only virtual images. The image is always right-side up and smaller than the actual object, which makes the object appear farther away than it really is. You can see how a convex mirror forms an image in Figure 22.14 and in the animation at the URL below. Because of their shape, convex mirrors can gather and reflect light from a wide area. This is why they are used as side mirrors on cars. They give the driver a wider view of the area around the vehicle
answer:
Concave mirrors are used

question:
The Centers for Disease Control and Prevention (CDC) recently announced trends in fruit and vegetable consumption among adults. Since 2000, the CDC has made efforts with goals of getting 75% of Americans to eat two or more servings of fruit a day and 50% of Americans to eat three or more servings of vegetables a day. Unfortunately, Americans aren't meeting these modest targets. Although a diet high in fruit and vegetables can reduce the risk of many diseases, Americans just aren't getting enough. In fact, since 2000, the amount of vegetables Americans are eating has stayed the same and the amount of fruit Americans are eating has gone down. The CDC also finds that only about a third of adults are eating their expected servings of fruit, and just over a quarter of adults are eating their expected servings of vegetables. So why aren't Americans getting their expected servings of fruit and vegetables? It turns out that Americans might be spoiled when it comes to their produce. A national survey conducted by Fruit2day reveals that nearly half of Americans leave fruit in their fridges until it rots with people in Boston among the worst and those in New York and Los Angeles among the best. Sadly, most Americans admit to leaving fruit in the fridge for more than a week. There are many reasons why Americans don't eat their fruit or vegetables, including the inconvenience of having to wash or peel it. Fruit2day offers consumers a surprising and convenient way to enjoy the goodness of fruit. "With no added sugar, natural juices and two full servings of fruit, our Fruit2day line has really captured the imaginations of health-conscious consumers who are actively looking to get more fruit in their diets," said Hanno Holm, president and chief executive officer of Hero-White Wave. "Fruit2day makes getting more fruit in one's diet easier for any daily snack routine."
answer:
In which city are people most likely to leave fruit in their fridge?