Problem: The answer to the question: Who does the chauffeur's daughter end up falling for instead of the playboy? is inside the article: Sabrina Fairchild is the young daughter of the Larrabee family's chauffeur, Thomas, and has been in love with David Larrabee all her life. David is a playboy, constantly falling in love, yet he has never noticed Sabrina, much to her dismay. Sabrina travels to Paris for a fashion internship at Vogue and returns as an attractive, sophisticated woman. David, after initially not recognizing her, is quickly drawn to her despite being newly engaged to Elizabeth Tyson, a doctor. David's workaholic older brother Linus fears that David's imminent wedding to the very suitable Elizabeth might be endangered. If the wedding were to be canceled, so would a lucrative merger with the bride's family business, Tyson Electronics, run by her father Patrick. This could cost the Larrabee Corporation, run by Linus and his mother Maude, in the neighborhood of a billion dollars. Linus tries to redirect Sabrina's affections to himself and it works. Sabrina falls in love with him, even though she quotes others as calling Linus "the world's only living heart donor" and someone who "thinks that morals are paintings on walls and scruples are money in Russia." In the process, Linus also falls in love with her.  Unwilling to admit his feelings, Linus confesses his scheme to Sabrina at the last minute and sends her back to Paris. Before she gets on the plane to Paris, her father informs her that over the years of chauffeuring the father of David and Linus, he listened. When Mr. Larrabee sold, he sold and when Mr. Larrabee bought, he bought. Sabrina jokingly says "So you are telling me that you have a million dollars?" Her father says no, he has a little over two million and that her mother would want her to have it., can you guess it ?

A: Linus


Problem: The answer to the question: What is the name of the person that James Walker produced his recordings? is inside the article: Solti recorded throughout his career for the Decca Record Company. He made more than 250 recordings, including 45 complete opera sets. During the 1950s and 1960s Decca had an alliance with RCA Victor, and some of Solti's recordings were first issued on the RCA label.Solti was one of the first conductors who came to international fame as a recording artist before being widely known in the concert hall or opera house. Gordon Parry, the Decca engineer who worked with Solti and Culshaw on the Ring recordings, observed, "Many people have said 'Oh well, of course John Culshaw made Solti.' This is not true. He gave him the opportunity to show what he could do."Solti's first recordings were as a piano accompanist, playing at sessions in Zurich for the violinist Georg Kulenkampff in 1947. Decca's senior producer, Victor Olof did not much admire Solti as a conductor (nor did Walter Legge, Olof's opposite number at EMI's Columbia Records), but Olof's younger colleague and successor, Culshaw, held Solti in high regard. As Culshaw, and later James Walker, produced his recordings, Solti's career as a recording artist flourished from the mid-1950s. Among the orchestras with whom Solti recorded were the Berlin Philharmonic, Chicago Symphony, London Philharmonic, London Symphony and Vienna Philharmonic orchestras. Soloists in his operatic recordings included Birgit Nilsson, Joan Sutherland, Régine Crespin, Plácido Domingo, Gottlob Frick, Carlo Bergonzi, Kiri Te Kanawa and José van Dam. In concerto recordings, Solti conducted for, among others, András Schiff, Julius Katchen, Clifford Curzon, Vladimir Ashkenazy and Kyung-wha Chung.Solti's most celebrated recording was Wagner's Der Ring des Nibelungen made in Vienna, produced by Culshaw, between 1958 and 1965. It has twice been voted the greatest recording ever made, the first poll being among readers of Gramophone magazine in 1999, and the second of professional music critics in 2011, for the BBC's Music Magazine., can you guess it ?

A: Solti


Problem: The answer to the question: What is the name when a tsunami does not usually break but rushes inland, flooding all in its path? is inside the article: A tsunami is an unusual form of wave caused by an infrequent powerful event such as an underwater earthquake or landslide, a meteorite impact, a volcanic eruption or a collapse of land into the sea. These events can temporarily lift or lower the surface of the sea in the affected area, usually by a few feet. The potential energy of the displaced seawater is turned into kinetic energy, creating a shallow wave, a tsunami, radiating outwards at a velocity proportional to the square root of the depth of the water and which therefore travels much faster in the open ocean than on a continental shelf. In the deep open sea, tsunamis have wavelengths of around 80 to 300 miles (130 to 480 km), travel at speeds of over 600 miles per hour (970 km/hr) and usually have a height of less than three feet, so they often pass unnoticed at this stage. In contrast, ocean surface waves caused by winds have wavelengths of a few hundred feet, travel at up to 65 miles per hour (105 km/h) and are up to 45 feet (14 metres) high.A trigger event on the continental shelf may cause a local tsunami on the land side and a distant tsunami that travels out across the ocean. The energy of the wave is dissipated only gradually, but is spread out over the wave front, so as the wave radiates away from the source, the front gets longer and the average energy reduces, so distant shores will, on average, be hit by weaker waves. However, as the speed of the wave is controlled by the water depth, it does not travel at the same speed in all directions, and this affects the direction of the wave front - an effect known as refraction - which can focus the strength of the advancing tsunami on some areas and weaken it in others according to undersea topography. As a tsunami moves into shallower water its speed decreases, its wavelength shortens and its amplitude increases enormously, behaving in the same way as a wind-generated wave in shallow water, but on a vastly greater scale.  Either the trough or the crest of a tsunami can arrive at the coast first...., can you guess it ?

A:
crest