Question: Who is the owner of this event?

Instruction: Extract documents linked to the question provided in conjunction with the image:

title: "Main Street Electrical Parade" content: Main Street Electrical Parade The Main Street Electrical Parade is a nighttime parade, created by Robert Jani and project director Ron Miziker. It features floats and live performers covered in over 600,000 electronically controlled LED lights and a synchronized soundtrack triggered by radio control along key areas of the parade route. Versions of the parade existed in five Disney parks worldwide, however, as of August 21, 2017, only one continues to exist. The version at Disneyland Park in California's Disneyland Resort ran from 1972-1996, and again in 2017. The neighboring Disney California Adventure park hosted the parade between 2001 and

title: "Main Street Electrical Parade" content: 2010. Another version, at the Magic Kingdom in Florida's Walt Disney World Resort, ran between 1977 and 2016, with two major gaps during 1991–1999 and 2001–2010. The parade has also spun off several other versions that ran or continue to run at Disney parks around the world. An updated version runs at Tokyo Disneyland as the "Tokyo Disneyland Electrical Parade: DreamLights". In 2014, Hong Kong Disneyland premiered a spiritual successor to the Main Street Electrical Parade, the "Paint the Night Parade". An extended version of "Paint the Night" premiered at Disneyland on May 22, 2015 as part of the park's

title: "Main Street Electrical Parade" content: 60th anniversary celebration, and moved to Disney California Adventure on April 12, 2018. The original Disneyland version of the parade ran at Walt Disney World's Magic Kingdom as "Disney's Main Street Electrical Parade" from June 5, 2010 to October 9, 2016, when it closed in preparation for a limited-time run at Disneyland. The Disneyland run started on January 20, 2017 and was planned to run through June 18, 2017, but due to popular demand, Disney extended the parade's run to August 20, 2017. Disney has not made any announcements regarding the parade's future. The predecessor to the 1972 Disneyland Main

title: "Main Street Electrical Parade" content: Street Electrical Parade was the Electrical Water Pageant, a show made up of fourteen 25-foot-tall (7.6 m) screens with electrical lights placed on them. Not long after the Electrical Water Pageant debuted, Card Walker commissioned the development of what became the Main Street Electrical Parade to provide Disneyland with a similar nighttime visual spectacle. The parade's design used nickel–cadmium batteries, which the Disney movie studio had recently started using, and Italian-made miniature bulbs that Disneyland staff had seen in light displays along Michigan Avenue in Chicago, Illinois. Disney arranged for the parade's original floats to be constructed by Silvestri, the

title: "Main Street Electrical Parade" content: Chicago-based company responsible for those holiday displays. Two months to deadline, Disney discovered the float contractor was far behind schedule and decided to finish the floats themselves in a backstage area at Disneyland. Disney brought on welders, electricians and other temporary workers to assemble the floats and hand-tint and install 500,000 bulbs. The engineers who helped create the parade also created the first automated parade show-control program. This allowed the long parade route to contain multiple radio-activated "trigger zones". Using radio-activated triggers as each float entered a zone, the audience would hear float-specific music through the park's audio system. Each

title: "Main Street Electrical Parade" content: and the American flag finale, were flat screens on manually-pushed rolling platforms similar to the Electrical Water Pageant. The Main Street Electrical Parade had counterparts of the same name and layout at Magic Kingdom in the Walt Disney World Resort, which ran from June 11, 1977 to September 14, 1991. It was replaced by a similar parade called "SpectroMagic", which ran from October 1, 1991 to May 20, 1999, reopened on April 2, 2001, and ended on June 4, 2010. On April 12, 1992, the version from Magic Kingdom went to Disneyland Park at Disneyland Paris and ran there until

title: "Main Street Electrical Parade" content: March 23, 2003. It was then replaced by Fantillusion, a nighttime parade from Tokyo Disneyland that had earlier replaced the Tokyo version of the Main Street Electrical Parade, which ran from March 9, 1985 to June 21, 1995. On June 14, 1997, a presentation of the Electrical Parade called the "Hercules Electrical Parade", ran on Broadway, Manhattan, New York City for the opening of Disney's New Amsterdam Theater and the film "Hercules". Disney arranged for the lights to be all turned off on about eight blocks of Broadway up to the theater. All businesses complied, with the exception of Disney

title: "Main Street Electrical Parade" content: rival Warner Brothers. It was led by a custom Hercules title unit made for this one time only use. It was shown on national television on a one-hour promotional program featuring the music and making of Hercules. The Main Street Electrical Parade closed at Disneyland on November 25, 1996 after a 24-year run. Light bulbs certified as having been part of the show were sold to collectors. The replacement show, Light Magic, opened in 1997 and was an immediate failure. Disney quickly cancelled Light Magic but held off in bringing back the popular Main Street Electrical Parade. However, the parade

title: "Main Street Electrical Parade" content: was refurbished and appeared at Magic Kingdom on May 21, 1999 for a limited engagement, just in time for Walt Disney World Millennium Celebration. The parade ended its run at Magic Kingdom on April 1, 2001 and SpectroMagic was brought back the following day. The Main Street Electrical Parade floats were then sent back to California for the parade's return to Disneyland. These plans changed after Anaheim management saw the poor attendance figures for the spring break season at Disney California Adventure and feared that the park would fail to attract large crowds during the crucial summer season, unless they

title: "Main Street Electrical Parade" content: had a big draw. So, Disney announced that the popular Main Street Electrical Parade would be coming to Disney California Adventure Park on July 2, 2001, in honor of the first summer of the park. The name of the show was changed from the Main Street Electrical Parade to Disney's Electrical Parade, as Disney California Adventure has no Main Street. Most of the 1996 parade floats returned. On the 2008 "Walt Disney World Christmas Day Parade" special, Disney announced that the first new float would be added to the classic parade in 20 years. It was announced in 2009 that

title: "Main Street Electrical Parade" content: two units would be returning as well. Disney's Electrical Parade at Disney California Adventure ended its run on April 18, 2010, and was sent to Magic Kingdom as part of the Walt Disney World 2010 promotional package "Summer Nightastic!" The parade was not modified from its Disney California Adventure run, with the drum still saying "Disney's Electrical Parade", but the name of the parade itself was changed back to The Main Street Electrical Parade. The parade returned to Magic Kingdom on June 5, 2010. While it was initially announced that the parade would stay just through the summer, Disney later

title: "Main Street Electrical Parade" content: announced that the parade was on an "open-ended" run. The parade ended its run at Magic Kingdom on October 9, 2016, in preparation for its limited-time return to Disneyland park in California, which was scheduled to run from January 20 to June 18, 2017, before being extended to August 20, 2017. A special ticketed premiere event, costing , occurred on January 19, 2017. Disneyland revived the drum float to once again read “Main Street Electrical Parade” as well as “Disneyland Presents”. Tinker Bell’s float added in 2009, was moved back to the Peter Pan unit and was altered for the

title: "Main Street Electrical Parade" content: 2017 run, officially making Casey Junior the new leader of the parade. In February 2017, the pixie dust swooshes added to the floats in 2009, were permanently removed, except on Tinker Bell's float, since Tinker Bell was no longer the parade's leader. The Main Street Electrical Parade made its final performance of its most recent run at Disneyland Park on August 20, 2017. Since then, Disney has not released any information on the parade, whether if is retired or if it will return in the coming years. Over the years and numerous iterations of the parade, the roster of floats

title: "Main Street Electrical Parade" content: has changed. The version of the parade that has appeared in Disneyland, the Magic Kingdom, and Disneyland Paris has maintained a continuous set of units. These include The Casey Jr. train from "Dumbo" carrying Mickey Mouse, Minnie Mouse and Goofy, and subsequent floats based on "Alice in Wonderland", "Cinderella", "Peter Pan", "Snow White and the Seven Dwarfs", "Pinocchio", "Pete's Dragon", and a patriotic American float titled "To Honor America". Previous units included the Blue Fairy from "Pinocchio", a circus float connected to "Dumbo", an It's a Small World unit, and a promotional float for "Return to Oz" in 1985, but

title: "Main Street Electrical Parade" content: it was destroyed by a fire. "Tokyo Disneyland Electrical Parade: DreamLights" features a number of floats featured in the western incarnation, though they are upgraded or alternate models. As of the 2017 renewal, the floats are "Blue Fairy", "Knights of Light", "Mickey's Dreamlights Train", "Alice in Wonderland", "Disney Fairies", "Pete's Dragon", "Peter Pan", "Toy Story 3", "Aladdin", "Tangled", "Cinderella", "Beauty and the Beast", "Frozen" and "It's a Small World", There were 3 versions of the parade. Version A (Disneyland version) was built in 1972. This version ran at Disneyland Park (in Anaheim) from 1972 until 1996. It then ran through

title: "Main Street Electrical Parade" content: Times Square in New York as the "Hercules Electrical Parade" for one night only before being moved to Magic Kingdom (in Orlando), where it lasted from 1999 until 2001. After that, it moved to the struggling Disney's California Adventure Park (in Anaheim), where it ran from 2001 until 2010. When it ended there, it moved back to the Magic Kingdom (in Orlando), where it lasted from 2010 until 2016 It then left Magic Kingdom (in Orlando) to move back to its home park, Disneyland (in Anaheim), where it ran from January 19, 2017 until August 20, of the same year.

title: "Main Street Electrical Parade" content: It is unknown the whereabouts of this parade, as Disney has not announced it yet. Version B (Walt Disney World and Disneyland Paris version) was built in 1977 and premiered in Magic Kingdom (in Orlando). It was a clone of the one that was running in Anaheim. It lasted there until 1991, where it moved across the Atlantic to Disneyland Park (Paris). It lasted from 1992 up until 2003, where it was sent to Hong Kong Disneyland, but never appeared there. Version C (Tokyo Disneyland version) was built in 1985 and has not left Tokyo Disneyland Park. It premiered in

title: "Main Street Electrical Parade" content: 1985, and closed in 1995. When it closed, it was refurbished into "Tokyo Disneyland Electrical Parade: DreamLights. In 1997, the Swan Lake Unit was sent to Disneyland Paris. The Main Street Electrical Parade's underlying theme song is entitled "Baroque Hoedown." The original version was created in 1967 by early synthesizer pioneers Jean-Jacques Perrey and Gershon Kingsley and appeared first on the album . Originally, the parade's soundtrack had the same themes as the current recording, but was a different arrangement by Jim Christensen and Paul Beaver. In 1977, it was updated and arranged by electronic music artist Don Dorsey and

title: "Main Street Electrical Parade" content: Jack Wagner at Jack Wagner Studio, which was used until January 2009 in Disney's Electrical Parade. When the parade returned to Disney California Adventure on June 12, 2009, it began using the updated, orchestrated DreamLights soundtrack from Tokyo, but with changes made as certain floats in the California parade are not included in the Tokyo parade. The soundtrack for the current version, the 2009 version of Disney's Electrical Parade, The Main Street Electrical Parade (the last run ending in 2016 at Magic Kingdom), and the now-concluded 2017 run of the Main Street Electrical Parade at Disneyland, as well as Tokyo

title: "Main Street Electrical Parade" content: Disneyland Electrical Parade DreamLights version were arranged, programmed and performed by Gregory Smith. Smith also arranged the music for Disneyland's "Remember... Dreams Come True" show (which also contains a snippet of the original Don Dorsey arrangement, which then concludes in a grand orchestral finale arranged by Smith) as well as "" fireworks shows. The soundtrack to the parade has been released numerous times: Dorsey used 11 synthesizers to create the soundtrack: Moog Model III, Mini-Moog, Steiner-Parker Synthacon, Oberheim 8-voice, Sequential Circuits Prophet-5, Fender Rhodes Piano, New England Digital Synclavier II, Bode 7702 Vocoder, Roland MKS-80 Super Jupiter, Yamaha DX7 and

title: "Main Street Electrical Parade" content: Yamaha TX7. Wagner provides the synthesized vocoder voice for the intro and outro to the parade. Bill Rogers provided the synthesized vocoder announcement when the Disneyland version of the parade made its first visit to Magic Kingdom in 1999. When the parade went to Disney California Adventure Park in 2001, the original Jack Wagner announcements for the Disneyland version of the parade were used as the basis for the announcements at the new park. Since the park does not have a Main Street U.S.A., the announcements had to be updated with minor changes. These included the insertion of the words

title: "Main Street Electrical Parade" content: "Disney" and "Disney's" to reflect that the show's name had changed to Disney's Electrical Parade. These same announcements were used when the soundtrack was updated, albeit with a pitch change to reflect the change in the key the soundtrack was in. Minor harmonic changes were also implemented via the vocoder for the updated soundtrack's version of the announcements, but these did not effect their sound quality or the ability to understand them. While the original soundtrack is played solely on synthesizers, the Tokyo Disneyland version uses an orchestra with adult and youth choirs in addition to harmonies and synthesizers. This

title: "Main Street Electrical Parade" content: version also includes Character voices in both English and Japanese. This version was also orchestrated, programmed, conducted and performed by Gregory Smith. During the Christmas season at Tokyo Disneyland, the Electrical Parade gets a new soundtrack; it is mostly the same soundtrack with added Christmas songs, mixed in with the theme music. For Tokyo Disneyland's 30th anniversary, a show stop was added to the parade, it includes a 2-minute Christmas medley; fireworks from Cinderella Castle are synced during the show stop as well. The showstop is only performed once a year as part of a private event for Disney/JCB Card

title: "Main Street Electrical Parade" content: holders. The 2009 version of Disney's Electrical Parade at Disney's California Adventure, its 2010 run at Magic Kingdom and its 2017 run at Disneyland utilize much of the soundtrack created for DreamLights, with new loops created for the Cinderella, Pinocchio, and To Honor America units. However, the new soundtrack retains a more electronic sound than that of Tokyo's in that many of the orchestral parts of the DreamLights soundtrack have been replaced by synthesizers in this version. Whereas the Magic Kingdom used a newly recorded vocoder introduction for its 2010 version of the parade, the original 1977 Jack Wagner introduction

title: "Main Street Electrical Parade" content: was pitch-corrected to match the updated soundtrack and integrated into Disneyland's 2017 version of the parade. Disney has still yet to release the updated soundtrack used from 2001-2018 which is still in use at Tokyo Disneyland today. Main Street Electrical Parade The Main Street Electrical Parade is a nighttime parade, created by Robert Jani and project director Ron Miziker. It features floats and live performers covered in over 600,000 electronically controlled LED lights and a synchronized soundtrack triggered by radio control along key areas of the parade route. Versions of the parade existed in five Disney parks worldwide, however, as

Answer: The Walt Disney Company

Answer: The Walt Disney Studio

Answer: Walt Disney Company

Answer: Walt Disney Productions

Answer: Disney

Answer: Walt Disney

Answer: The Walt Disney Company

Answer: Disney Brothers Cartoon Studio


Question: In which year did this bridge officially open?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Blackfriars Bridge" content: Victoria Street required a major reconfiguration. The original Blackfriars Bridge was demolished in 1860, P.A. Thom & Company won with the lowest tender and placed an order with Lloyds, Foster and Company for the necessary ironwork. Due to P.A. Thom's problems in finding solid foundations, Lloyds, Fosters & Company went into liquidation having lost £250,000 on the project. The metalwork was built by The Patent Shaft and Axletree Company, Wednesbury, following their takeover of Lloyds, Foster and Company. The present bridge which on 6 November 1869 was opened by Queen Victoria is long, consisting of five wrought iron arches built

Answer: 1869

Answer: 1869

Answer: 1868

Answer: 1870


Question: Who is the main building contractor of this building?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

title: "Umeda Sky Building" content: ft) building was designed by Hiroshi Hara. It was constructed by Takenaka Corporation and was completed in 1993. The building features a rooftop observatory, "The Floating Garden Observatory", as well as an underground market that attempts to recreate the atmosphere of Osaka in the early 20th century. At the base of the towers is an urban garden with walking trails and water features. The building was mainly owned by Toshiba Corporation through Toshiba Building Co., Ltd. In July 2008, Toshiba sold a majority stake (65%) in Toshiba Building to Nomura Real Estate co. but maintains a 35% ownership. Mazda has

Answer: Takenaka Corporation

Answer: Kabushiki-gaisha Takenaka Kōmuten

Answer: Takenaka Corporation


Question: Which city or region does this building locate in?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: "Niechorze lighthouse" content: Niechorze lighthouse Niechorze lighthouse (Polish: "Latarnia morska Niechorze") is a lighthouse in Niechorze, on the Polish coast of the Baltic Sea, by a steep cliff. The lighthouse is located in Niechorze, West Pomeranian Voivodeship, in Poland. The lighthouse is located in between the Kikut lighthouse (about 30 km to the west), and the Kołobrzeg lighthouse (34 km to the east). The lighthouse in Niechorze is located at the edge of a steep cliff, with a height of 20 metres. The lighthouse's base is a 13 metre high square-shaped building, on both sides of the tower. The light glare from the

title: "Niechorze lighthouse" content: lighthouse can be seen 36 km away due to the 1000w light bulb which is enhanced by 20 prismal crystals. The lighthouse in Niechorze was commissioned by the German Ministry of Shipping in 1863 and started operating on December 1, 1866. Although the lighthouse did not suffer any war damage in World War II, after the liberation of Poland - 8 mines left by the Germans were discovered, and safely removed without detonation. After the end of the Second World War there was a considerable delay restarting the lighthouse, it was not until December 18, 1948 when the lighthouse was

title: "Niechorze lighthouse" content: finally operational – this was due to the erosion of the cliff which the lighthouse was located close to; the authorities secured the cliff by putting large boulders and rock armour (500 metres of heavy concrete) to secure the cliff and provide a stable ground for the lighthouse. Currently the lighthouse is open to tourists, with a viewpoint – nearby the lighthouse there is a miniature park of all Polish lighthouses, a popular attraction for families and enthusiasts. Niechorze lighthouse Niechorze lighthouse (Polish: "Latarnia morska Niechorze") is a lighthouse in Niechorze, on the Polish coast of the Baltic Sea, by

Answer: Niechorze

Answer: Niechorze


Question: Which city or region does this building locate in?

Instruction: With the provided image, gather documents that offer a solution to the question:

title: "Euphrasian Basilica" content: Euphrasian Basilica The Euphrasian Basilica (, ) or the Cathedral Basilica of the Assumption of Mary is a basilica in Poreč, Croatia. The episcopal complex, including, apart the basilica itself, a sacristy, a baptistery and the bell tower of the nearby archbishop's palace, is an excellent example of early Byzantine architecture in the Mediterranean region. The Euphrasian basilica has for the most part retained its original shape, but accidents, fires and earthquakes have altered a few details. Since it is the third church to be built on the same site, it conceals previous buildings, for example the great floor mosaic

title: "Euphrasian Basilica" content: of the previous basilica from the 5th century. Because of its exceptional value, it has been inscribed on the UNESCO World Heritage List since 1997. The Basilica is also the Cathedral of the Roman Catholic Diocese of Poreč-Pula. The earliest basilica was dedicated to Saint Maurus of Parentium and dates back to the second half of the 4th century. The floor mosaic from its oratory, originally part of a large Roman house, is still preserved in the church garden. This oratorium was already expanded in the same century into a church composed of a nave and one aisle ("basilicae geminae").

title: "Euphrasian Basilica" content: by angels, Bishop Euphrasius, holding the model of the church; also local saints are depicted, including St. Maurus, the first bishop of Poreč and the Istrian diocese, and the archdeacon Claudius . The child between Euphrasius and Claudius is accompanied by the inscription "Euphrasius, son of the archdeacon". All figures stand on a meadow covered with flowers. The central mosaics between the windows of the apse represent the "Annunciation " and the "Visitation". In the Annunciation mosaic an angel raises his hand to indicate a message. In his left hand he holds the staff of a messenger. Mary wears a

title: "Euphrasian Basilica" content: another Bishop of Ravenna), and Severus. The front wall of the apse is framed with a narrow decorated band filled with praise of Euphrasius and his works. The lower part of the apse is decorated with stone slabs encrusted with mother-of-pearl. Part of these came from an earlier wainscotting. They consist of 21 fields with 11 different decorations. In the middle stands the bishop's throne, flanked by candlesticks. The apsis is dominated by the marble ciborium, modelled after the one in St. Mark's in Venice, it was built in 1277 on the orders of Otto, Bishop of Poreč. The canopy,

title: "Euphrasian Basilica" content: decorated with mosaics, is carried by four marble columns that belonged to the previous 6th-century ciborium. The front side of the canopy depicts representations of scenes from Mary's life, the Annunciation. In the 15th century Bishop Johann Porečanin ordered in Italy a Renaissance relief for the antependium of the altar, made of gilded silver. The polyptych of the Venetian painter Antonio Vivarini dates from the same period. The "Last Supper", painted by Palma the Younger is a Baroque work. <br> Euphrasian Basilica The Euphrasian Basilica (, ) or the Cathedral Basilica of the Assumption of Mary is a basilica in

Answer: Poreč

Answer: Poreč

Answer: Porec

Answer: Parenzo


Question: Which company manufactures this aircraft?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: "ATR 72" content: ATR 72 The ATR 72 is a twin-engine turboprop, short-haul regional airliner developed and produced in France and Italy by aircraft manufacturer ATR (Aerei da Trasporto Regionale or Avions de transport régional), a joint venture formed by French aerospace company Aérospatiale (now Airbus) and Italian aviation conglomerate Aeritalia (now Leonardo S.p.A.). The number "72" in its name is derived from the aircraft's standard seating configuration in a passenger-carrying configuration, which could seat 72–78 passengers in a single-class arrangement. During the 1980s, French aerospace company Aérospatiale and Italian aviation conglomerate Aeritalia merged their work on a new generation of regional aircraft.

title: "ATR 72" content: For this purpose, a new jointly owned company was established, ATR, for the purpose of developing, manufacturing, and marketing their first airliner, which was later designated as the ATR 42. On 16 August 1984, the first model of the series, designated as the ATR 42-300, performed the type's maiden flight. During the mid-1980s, the ATR 72 was developed as a stretched variant of the ATR 42. On 27 October 1989, Finnish airline Finnair became the first airline to operate the type in revenue service. The ATR 72 has also been used as a corporate transport, cargo aircraft, and maritime patrol

title: "ATR 72" content: aircraft. To date, all of the ATR series have been completed at the company's final assembly line in Toulouse, France; ATR benefits from sharing resources and technology with Airbus SE, which has continued to hold a 50% interest in the company. Successive models of the ATR 72 have been developed. Typical updates have included new avionics, such as a glass cockpit, and the adoption of newer engine versions to deliver enhanced performance, such as increased efficiency and reliability and reductions in operating costs. The aircraft continues to share a high degree of commonality with the smaller ATR 42. The ATR

title: "ATR 72" content: 42 and ATR 72 have been produced side-by-side for decades. During the mid-1980s, ATR sought to introduce a larger airliner with capacity. This new regional airliner, designated as the ATR 72, was directly developed from the earlier ATR 42 and continued to share many commonalities with it; the principal difference between the two airliners was an increase in the maximum seating capacity from 48 to 78 passengers. This was principally achieved by stretching the fuselage by , along with an increase of the wingspan, the use of more powerful engines, and increased fuel capacity by about 10%. On 15 January

title: "ATR 72" content: 1986, the launch of the stretched ATR 72 programme was announced. On 27 October 1988, the first prototype performed its maiden flight; one year later, on September 25, 1989, the ATR 72 received airworthiness certification from the French Directorate General for Civil Aviation. During the following month, on 27 October 1989, Finnish airline Finnair became the first airline to introduce the aircraft into service. Since the ATR 72 is assembled on the same production line as the smaller ATR 42, along with sharing the majority of subsystems, components, and manufacturing techniques, the two types support each other to remain in

title: "ATR 72" content: production. This factor may have been crucial as, by 2015, the ATR 42 was the only 50-seat regional aircraft that was still being manufactured. During 2000, the combined global ATR fleet reached its 10,000,000th flight, during which a distance around 4 billion km (2.5 billion statute miles) had been flown and around 450 million passengers had flown on board ATR-built aircraft. The 2007 production set a new record for the programme's sales; a total of 113 new ATR aircraft had been ordered during a single year. By the end of 2014, ATR had received 1,000 orders for the type and

title: "ATR 72" content: delivered a total of 754, leaving a backlog of 246 aircraft. Within the ATR company, various organisational changes were implemented. On 10 July 1998, ATR launched its new Asset Management Department. In June 2001, EADS and Alenia Aeronautica, ATR's parent companies, decided to reinforce their partnership, regrouping all industrial activities related to regional airliners into the ATR consortium. On 3 October 2003, ATR became one of the first aircraft manufacturers to be certified under ISO 9001-2000 and EN/AS/JISQ 9100, the worldwide quality standard for the aeronautics industry. During July 2004, ATR and Brazilian aircraft manufacturer Embraer announced a co-operation agreement

title: "ATR 72" content: on the AEROChain Portal for the purpose of delivering improved customer service. During April 2009, ATR announced the launch of its 'Door-2-Door' service as a new option in its comprehensive customer services range. Since 2008, ATR has been a participant in the European Clean Sky Joint Technology Initiative. On 8 July 2015, a ATR 72-600 'green' technology demonstrator performed its first flight; the demonstrator was used for testing new composite materials for insulation, air conditioning systems, electrical distribution systems, and energy dispersal modifications to evaluate their effect on the aircraft's overall efficiency as a contribution to the Clean Sky initiative.

title: "ATR 72" content: ATR's senior vice-president for engineering Alessandro Amendola indicated that the elimination of all uses of bleed air was a key aim in the designing of an all-electric architecture as well as improving engine efficiency; the minimising of peak electrical loads was also a stated priority. During March 2016, a second round of flight trials dedicated the testing of all-electric systems architecture using the demonstrator was completed; analysis is set to continue. The current production version is the "ATR 72-600" series. On 2 October 2007, ATR CEO Stéphane Mayer announced the launch of the −600 series aircraft; the ATR 42–600 and

title: "ATR 72" content: ATR 72–600 featured various improvements to increase efficiency, dispatch reliability, lower fuel burn and operating costs. While broadly similar to the earlier -500 model; differences include the adoption of improved PW127M engines, a new glass cockpit, and a variety of other minor improvements. As a consequence of strong demand for the -600 series, ATR decided to invest in the establishment of a second, more modern final assembly line and acquisition of more hangar space at its Toulouse site, along with a new large completion and delivery area; overall, the manufacturing operation expanded to four times the footprint that it had

title: "ATR 72" content: in 2005. Speaking in October 2015, ATR CEO Patrick de Castelbajac stated that the firm was set to produce in excess of 90 aircraft that year, and that the new manufacturing facilities could support a production rate of up to 120 per year. At the time, the company had a backlog of orders for 300 aircraft, sufficient for three years of production. During 2017, a new in-house financing and leasing division was established by ATR in order to offer customers a greater degree of support and expand the company's range of services. Considerable emphasis has been placed upon the continuous

title: "ATR 72" content: development of ATR's aircraft models. Speaking at the Farnborough Airshow in July 2016, the CEO of ATR Patrick de Castelbajac stated that the company was currently examining the possibility of replacing the current Pratt & Whitney Canada PW127 engine with either a new offer from P&WC, or a GE38 derivative from GE Aviation. Although expressing satisfaction with the PW127 engine and its supplier, Castelbajac noted the design's age and the need to remain competitive with the latest regional jets. To be a worthwhile exercise, any re-engine exercise would require a 15 per cent improvement in fuel-burn and 20-25 per cent

title: "ATR 72" content: reduction of direct maintenance costs. Additionally, Castelbajac sees the potential re-engine as a "bridge" to the eventual development of a larger 100-seat aircraft. During the mid-2010s, reports emerged that the development of a further stretched 90-seat ATR model was under consideration as well; allegedly, shareholder Airbus was relatively unenthusiastic on proceeding with such a development, while Airbus CEO Fabrice Brégier favoured a focus on resolving manufacturing issues. However, in January 2018, ATR's parent company Leonardo announced that the 100-seat program has been formally brought to a close. The ATR 72 is a turboprop-powered regional airliner, capable of accommodating a maximum

title: "ATR 72" content: of 78 passengers. It is powered by a pair of Pratt & Whitney Canada PW100 turboprop engines, which drive an arrangement of four or six-bladed propellers supplied by Hamilton Standard. Earlier models of the ATR 72 are equipped with the older PW124B engine, rated at 2,400 shp, whilst later-built aircraft are powered by the newer PW127 engine, rated at a maximum of 2,750 shp to achieve improved "hot and high" takeoff performance. It employs a carbon-fibre tip wingbox for 30% of the wing weight and a 20% weight reduction. In a standard configuration, the aircraft does not have an auxiliary

title: "ATR 72" content: power unit; when present it is installed within the C4 cargo section. Most operators of the ATR 72 equip their aircraft with a propeller brake (referred to as "Hotel Mode") that stops the propeller on the No. 2 (right) engine, allowing the turbine to continue running and provide both airflow and electrical power to the aircraft while on the ground. In the majority of configurations, passengers board the ATR 72 using the rear door, a relatively unusual configuration for a passenger aircraft, while the front door is typically used for the loading and unloading of cargo; early customer Finnair intentionally

title: "ATR 72" content: ordered its ATR 72s with a front passenger door so that it could utilize the jet bridges at Helsinki Airport, while operator Air New Zealand's standard rear door aircraft can use jet bridges at airports with this equipment. While passengers are boarding or disembarking the aircraft, a tail stand is set into place as standard procedure to guard against the aircraft nose lifting off the ground. 2011 was a record-breaking year for sales at ATR. According to ATR's CEO Filippo Bagnato, sales had continued to grow during the Great Recession despite the downturn experienced by most aviation companies as "fuel

title: "ATR 72" content: consumption that can be half that of the alternatives and [with] lower maintenance costs". Bagnato noted the strength of Africa as a market for the type, as well at the firm's aircraft being capable of serving destinations that would otherwise be inaccessible with other aircraft due to the austere conditions of many airstrips and runways in the region, as well as the ability to operate autonomously without any reliance upon ground support equipment. For 2013, ATR claimed a 48 percent global market share for regional aircraft deliveries between 50 and 90 seats (comprising both turboprops and jets), making it the

title: "ATR 72" content: dominant manufacturer in this market segment. That same year, during which firm orders for 10 ATR 42-600s and 79 ATR 72-600s were recorded, leasing companies were responsible for 70 per cent of these; according to ATR's CEO Filippo Bagnato: "Years ago, we were not even considered by the lessors; now they see ATRs as a good investment". Several major leasing companies operate their own ATR fleets, such as Dubai Aerospace Enterprise (DAE), who placed an order for 20 ATR 72s along with options for another 20 in February 2014, and Nordic Aviation Capital (NAC), who ordered a fleet of 30

title: "ATR 72" content: ATR 72s during June 2013, along with options for up to 55 further airliners. Placing their first order during 2011, by December 2012, Singaporean leasor Avation had a combined total of 20 ATR 72s on order; by February 2016, the number on order for had risen to 35 aircraft. During May 1997, ATR achieved their first breakthrough sale in China, placed by operator China Xinjiang Airlines and the Civil Aviation Administration of China (CAAC). By 2013, while the Asia Pacific region had comprised the majority of ATR's sales when geographically ranked; however, orders from Chinese airlines remained elusive; Bagnato ascribed

title: "ATR 72" content: this anomaly to local market conditions dictating the typical use of larger aircraft, as well as a Chinese government policy of imposing high tariffs on the import of foreign-built fixed-wing aircraft. During late 2014, ATR set up a new office in Beijing and hired several former Airbus sales personnel with the aim of launching the type on the Chinese market. ATR believed that many of the already-flown routes did not suit larger 150-seat aircraft; however, of the roughly 2,600 commercial aircraft flying in China at that time, only 68 had a capacity of less than 90 seats and of these,

title: "ATR 72" content: fewer than 20 aircraft were powered by turboprop engines. In response to airlines often wanting to replace their early production ATR models with the latest generation ATR series, as well as to answer demand from cargo operators for the type, ATR has operated two separate dedicated freighter conversion programmes, known as the Bulk Freighter (tube version) and the ULD Freighter. Both conversions involve complete stripping of furnishings along with the addition of floor strengthening, new window plugs and 9g restraining nets, six additional longitudinal tracks for added flexibility, and an E-Class cabin; the ULD model can accommodate standard ULD-packaged cargo,

title: "ATR 72" content: such as LD3 containers or 88x108in (2.2x2.7m) pallets, which were loaded via a large cargo door located on the port forward side. Undertaken by a range of companies, such as Alenia subsidiary Aeronavali, Texas-based M7 Aerospace; French firms Indraéro Siren and Aeroconseil, Canadian Infinion Certification Engineering, and Spanish company Arrodisa, by October 2012, in excess of one-fifth of all first-generation ATR 42 and ATR 72 aircraft had already been converted to freighters. During February 2016, ATR signed a deal with flag carrier Iran Air for a batch of 20 ATR 72-600s, along with options for 20 more aircraft and post-purchase

title: "ATR 72" content: services, such as engine maintenance. Made possible by a negotiated relaxation of international sanctions against Iran, during June 2017, a €1 billion Iranian contract was finalised for the 20 airliners; the delivery of the first four aircraft occurred within weeks of the deal being completed. During May 2017, Indian low-cost airline IndiGo has tentatively signed for 50 ATR 72-600, intended for its UDAN regional connectivity scheme; these are to be delivered from the year end for up to 20 by the end of 2018. While primarily used as a civil aircraft, some ATR 72's have been adapted to perform in

title: "ATR 72" content: various military functions, such as utility aircraft and maritime patrol aircraft (MPA). The Turkish Navy, which initially decided to purchase ten ATR 72–500 MPA, later expanded its order to eight aircraft: Two ATR 72–600 TMUA (utility) versions, and six ATR 72–600 TMPA (ASW/ASuW) versions. The armed ATR 72 TMPA variant was developed in cooperation with Turkish Aerospace Industries (TAI), and incorporated additional sensors and mission systems to perform its intended combat role. During 2013, the two ATR 72–600 TMUA aircraft were delivered to the Turkish Navy. The Italian Air Force also selected the ATR 72–500 MP, designated as the "P-72A",

title: "ATR 72" content: to serve as a multirole maritime patrol, electronic surveillance and C4 platform. The original Italian requirement for a Breguet Atlantic replacement had also called for ASW and anti-surface warfare (ASuW) capabilities, however, during 2014, the contract was renegotiated to a configuration that excluded these capabilities. An anticipated "P-72B" variant for ASW and ASuW operations may later be pursued; accordingly, provisions were made to allow for the four P-72As on order to be adapted to the P-72B configuration. By October 2016, the test and evaluation phase for the P-72A was approaching completion; reportedly, the aircraft's communication and navigation equipment and the

title: "ATR 72" content: defensive aids system had been fully tested, while trials of the mission systems were still ongoing. During December 2016, the first pair of P-72A aircraft were delivered to the Italian Air Force. On 8 November 2017, FedEx Express launched the -600 cargo variant with 30 firm orders plus 20 options, in a freighter configuration from the factory. As of September 2018, 187 early variants had been produced with 172 operated by 55 carriers, 365 -500s were delivered with more than 350 in service at 75 operators, 444 -600s were produced and are operated by 74 carriers with a backlog of

title: "ATR 72" content: 231 orders. By then, with more than 60 -500s and 40 -600s in storage, new aircraft leases fell to $130,000 per month from $170,000. The -600 list price of $26.8M is typically discounted by 25% for a $26.8*.75round1M value, a 2012 aircraft is valued $13.3M and leased $115,000, falling to $10.2M and $100,000 in 2021, a D check costs $0.5M and the engine overhaul costs $0.3-1.0M. Two sub-types were marketed as the 100 series (−100). Two sub-types were marketed as the 200 series (−200). The −200 was the original production version, powered by Pratt & Whitney Canada PW124B engines rated

title: "ATR 72" content: at . Two sub-types were marketed as the 210 series (−210): the −211 (and with an enlarged cargo door, called the −212) is a −200 with PW127 engines producing each for improved performance in hot and high-altitude conditions. The sub-types differ in the type of doors and emergency exits Certified in January 1997 and fitted with either PW127F or PW127M engines, the −212A is an upgraded version of the −210 using six-bladed propellers on otherwise identical PW127F engines. Other improvements include higher maximum weights and superior performance, as well as greater automation of power management to ease pilot workload. Primary

title: "ATR 72" content: ATR 72 airline operators as of February, 2018 (with 15 aircraft or more): The ATR 72 has been involved in 46 aviation accidents and incidents including 29 hull losses. Those resulted in 398 fatalities. ATR 72 The ATR 72 is a twin-engine turboprop, short-haul regional airliner developed and produced in France and Italy by aircraft manufacturer ATR (Aerei da Trasporto Regionale or Avions de transport régional), a joint venture formed by French aerospace company Aérospatiale (now Airbus) and Italian aviation conglomerate Aeritalia (now Leonardo S.p.A.). The number "72" in its name is derived from the aircraft's standard seating configuration in

Answer: ATR

Answer: Avions de Transport Régional

Answer: ATR

Answer: Aerei da Trasporto Regionale

Answer: Avions de Transport Regional


Question: Which company manufactures this aircraft?

Instruction: With the provided image, gather documents that offer a solution to the question:

title: "Embraer EMB 120 Brasilia" content: Embraer EMB 120 Brasilia The Embraer EMB 120 Brasilia is a twin-turboprop commuter airliner, produced by Embraer of Brazil. After the success of the EMB 110 Bandeirante, Embraer began the development of their first transport category airliner in 1974. The Family 12X comprised three models with modular concept designs: EMB 120 Araguaia, EMB 123 Tapajós and EMB 121 Xingu. EMB 121 was the sole 12X model effectively produced. Araguaia's name was changed to Brasilia in 1979 at the official launching of the project, when at a CAAA (Commuter Airline Association of America) convention at USA several suggestions from prospective operators

title: "Embraer EMB 120 Brasilia" content: were collected and incorporated to EMB 120 design. Thus, a completely new aircraft – no longer related to the 12X family – was launched. No common parts from EMB 121 Xingu were used, and the capacity was revised from 24 to 30 seats. Originally designed to utilise the new 1500 shp Pratt & Whitney Canada PW115 turboprop, it was later upgraded to the 1892 eshp PW118. The Brasilia attracted immediate interest from many regional airlines, particularly in the US. The size, speed and ceiling allowed faster and more direct services around the US and Europe, compared to similar aircraft. The

title: "Embraer EMB 120 Brasilia" content: first aircraft entered service with Atlantic Southeast Airlines in October 1985. The basic EMB 120RT was upgraded to the extended range (1,575 km) EMB 120 ER, with older aircraft retrofitted via a Service Bulletin. Most of the EMB 120s were sold in the United States and other destinations in the Western Hemisphere. Some European airlines such as Régional in France, Atlant-Soyuz Airlines in Russia, DAT in Belgium, and DLT in Germany also purchased EMB-120s, although the Angolan Air Force, for example, received new EMB 120s in 2007. Great Lakes Airlines operates six EMB 120s in its fleet, and Ameriflight flies

title: "Embraer EMB 120 Brasilia" content: 10 as freighters. As of July 2018, 105 Brasilias were in airline service: 45 in North/South America, 26 in Africa, 14 in Europe and 20 in Asia-Pacific, with major operators: Embraer EMB 120 Brasilia The Embraer EMB 120 Brasilia is a twin-turboprop commuter airliner, produced by Embraer of Brazil. After the success of the EMB 110 Bandeirante, Embraer began the development of their first transport category airliner in 1974. The Family 12X comprised three models with modular concept designs: EMB 120 Araguaia, EMB 123 Tapajós and EMB 121 Xingu. EMB 121 was the sole 12X model effectively produced. Araguaia's name

Answer: Embraer

Answer: Embraer S.A.

Answer: Embraer


Question: What country does this building belong to?

Instruction: Using the given image, access documents that provide insights into the following question:

title: "Euphrasian Basilica" content: Euphrasian Basilica The Euphrasian Basilica (, ) or the Cathedral Basilica of the Assumption of Mary is a basilica in Poreč, Croatia. The episcopal complex, including, apart the basilica itself, a sacristy, a baptistery and the bell tower of the nearby archbishop's palace, is an excellent example of early Byzantine architecture in the Mediterranean region. The Euphrasian basilica has for the most part retained its original shape, but accidents, fires and earthquakes have altered a few details. Since it is the third church to be built on the same site, it conceals previous buildings, for example the great floor mosaic

title: "Euphrasian Basilica" content: of the previous basilica from the 5th century. Because of its exceptional value, it has been inscribed on the UNESCO World Heritage List since 1997. The Basilica is also the Cathedral of the Roman Catholic Diocese of Poreč-Pula. The earliest basilica was dedicated to Saint Maurus of Parentium and dates back to the second half of the 4th century. The floor mosaic from its oratory, originally part of a large Roman house, is still preserved in the church garden. This oratorium was already expanded in the same century into a church composed of a nave and one aisle ("basilicae geminae").

title: "Euphrasian Basilica" content: The fish on the floor mosaic dates from this period. Coins with the portrayal of emperor Valens (365–378), found in the same spot, confirm these dates. The present basilica, dedicated to Mary, was built in the sixth century during the period of Bishop Euphrasius. It was built from 553 on the site of the older basilica that had become dilapidated. For the construction, parts of the former church were used and the marble blocks were imported from the coast of the Sea of Marmara. The wall mosaics were executed by Byzantian masters and the floor mosaics by local experts. The

title: "Euphrasian Basilica" content: construction took about ten years. Euphrasius, holding the church in his arms, is represented on one of the mosaics on the apse, next to St. Maurus. Following the earthquake of 1440 the southern wall of the central nave of the basilica was restored, so that in place of the windows which were destroyed, other were built in the Gothic style. The basilica is part of a complex composed of: The two aisles are separated from the nave by 18 elegant Greek marble colonnades with richly sculpted Byzantine and Romanesque capitals, decorated with depictions of animals. They all carry the monogram

title: "Euphrasian Basilica" content: of Saint Euphrasius. The arches between the capitals are decorated with stucco work. A novelty of the Euphrasian basilica is that rather than being enclosed by a straight wall, as all sacred buildings were up to that time, it makes use of the breadth and length of the apse of the central nave, built in the shape of a polygon from the outside, whilst the two aisles end in smaller semicircular apses, hollowed into the wall. Thus the Euphrasian basilica is the earliest example of a triple-apsed church in Western Europe. The atrium is a typical example of Byzantine architecture,

title: "Euphrasian Basilica" content: as are the columns, the tiles on the altar rail and all the abundant mosaics. Most impressive is the representation of Christ with the apostles, and beneath it a frieze of 13 medallions with a picture of Christ as the Lamb in the centre, surrounded by 12 medallions depicting various martyrs. The church houses also holy objects and other artworks from the Palaeo-Christian, Byzantine and Middle Ages periods. A votive chapel, next to the sacristy, holds the relics of Saint Maurus and Saint Eleutherius. The most striking feature of the basilica are its mosaics, dating from the 6th century. The

title: "Euphrasian Basilica" content: mosaics in the triumphal arch over the apse represent Christ; holding an opened book with the text ""Ego sum Lux vera"" (I am the true light) with the Apostles, each with their attribute, The arch below contains mosaic medallions with the Lamb of God and portraits of twelve female martyrs. The vault over the apse is decorated with mosaics with Mary and Child, sitting on the Heavenly throne, under a wreath held by a hand - symbol of God the Father. This is the only surviving depiction of the Mother of God in an early-Christian western basilica. She is flanked

title: "Euphrasian Basilica" content: by angels, Bishop Euphrasius, holding the model of the church; also local saints are depicted, including St. Maurus, the first bishop of Poreč and the Istrian diocese, and the archdeacon Claudius . The child between Euphrasius and Claudius is accompanied by the inscription "Euphrasius, son of the archdeacon". All figures stand on a meadow covered with flowers. The central mosaics between the windows of the apse represent the "Annunciation " and the "Visitation". In the Annunciation mosaic an angel raises his hand to indicate a message. In his left hand he holds the staff of a messenger. Mary wears a

title: "Euphrasian Basilica" content: purplish blue dress and a veil. She holds yarn in her left hand. On the other side the mosaics depicts the visitation of Mary to Elisabeth. Both wear contemporary sacerdotal vestments with a cape full of ribbons. A small female figure is looking from behind the curtain of a house. The three small medallions depict St. John the Baptist, Zacharias and an angel. Between these two large mosaics are smaller mosaics depicting the Young Christ with halo, and two martyrs with their martyr crown. In the northern apse these are probably Cosmas and Damian, in the south apse Ursus (or

title: "Euphrasian Basilica" content: another Bishop of Ravenna), and Severus. The front wall of the apse is framed with a narrow decorated band filled with praise of Euphrasius and his works. The lower part of the apse is decorated with stone slabs encrusted with mother-of-pearl. Part of these came from an earlier wainscotting. They consist of 21 fields with 11 different decorations. In the middle stands the bishop's throne, flanked by candlesticks. The apsis is dominated by the marble ciborium, modelled after the one in St. Mark's in Venice, it was built in 1277 on the orders of Otto, Bishop of Poreč. The canopy,

title: "Euphrasian Basilica" content: decorated with mosaics, is carried by four marble columns that belonged to the previous 6th-century ciborium. The front side of the canopy depicts representations of scenes from Mary's life, the Annunciation. In the 15th century Bishop Johann Porečanin ordered in Italy a Renaissance relief for the antependium of the altar, made of gilded silver. The polyptych of the Venetian painter Antonio Vivarini dates from the same period. The "Last Supper", painted by Palma the Younger is a Baroque work. <br> Euphrasian Basilica The Euphrasian Basilica (, ) or the Cathedral Basilica of the Assumption of Mary is a basilica in

Answer: Croatia

Answer: CRO

Answer: HRV

Answer: Croatia

Answer: hr

Answer: HR

Answer: Republic of Croatia


Question: what is the date this aircraft took the first flight?

Instruction: Using the given image, access documents that provide insights into the following question:

title: "Supermarine Spitfire" content: Mitchell, chief designer at Supermarine Aviation Works, which operated as a subsidiary of Vickers-Armstrong from 1928. Mitchell pushed the Spitfire's distinctive elliptical wing designed by Beverley Shenstone to have the thinnest possible cross-section, helping give the aircraft a higher top speed than several contemporary fighters, including the Hawker Hurricane. Mitchell continued to refine the design until his death in 1937, whereupon his colleague Joseph Smith took over as chief designer, overseeing the Spitfire's development through . During the Battle of Britain, from July to October 1940, the public perceived the Spitfire to be the main RAF fighter, though the more

title: "Supermarine Spitfire" content: of the Type 300. On 1 December 1934, the Air Ministry issued contract "AM 361140/34", providing £10,000 for the construction of Mitchell's improved Type 300, design. On 3 January 1935, they formalised the contract with a new specification, F10/35, written around the aircraft. In April 1935, the armament was changed from two .303 in (7.7 mm) Vickers machine guns in each wing to four .303 in (7.7 mm) Brownings, following a recommendation by Squadron Leader Ralph Sorley of the Operational Requirements section at the Air Ministry. On 5 March 1936, the prototype ("K5054") took off on its first flight from

title: "Supermarine Spitfire" content: Eastleigh Aerodrome (later Southampton Airport). At the controls was Captain Joseph "Mutt" Summers, chief test pilot for Vickers, who is quoted as saying "Don't touch anything" on landing. This eight-minute flight came four months after the maiden flight of the contemporary Hurricane. "K5054" was fitted with a new propeller, and Summers flew the aircraft on 10 March 1936; during this flight, the undercarriage was retracted for the first time. After the fourth flight, a new engine was fitted, and Summers left the test flying to his assistants, Jeffrey Quill and George Pickering. They soon discovered that the Spitfire was a

title: "Supermarine Spitfire" content: to the Air Ministry on landing. Edwardes-Jones' report was positive; his only request was that the Spitfire be equipped with an undercarriage position indicator. A week later, on 3 June 1936, the Air Ministry placed an order for 310 Spitfires, before the A&AEE had issued any formal report. Interim reports were later issued on a piecemeal basis. The British public first saw the Spitfire at the RAF Hendon air display on Saturday 27 June 1936. Although full-scale production was supposed to begin immediately, numerous problems could not be overcome for some time, and the first production Spitfire, "K9787", did not

title: "Supermarine Spitfire" content: roll off the Woolston, Southampton assembly line until mid-1938. In February 1936, the director of Vickers-Armstrong, Sir Robert MacLean, guaranteed production of five aircraft a week, beginning 15 months after an order was placed. On 3 June 1936, the Air Ministry placed an order for 310 aircraft, at a cost of £1,395,000. Full-scale production of the Spitfire began at Supermarine's facility in Woolston, but order clearly could not be completed in the 15 months promised. Supermarine was a small company, already busy building Walrus and Stranraer flying boats, and Vickers was busy building Wellington bombers. The initial solution was to

title: "Supermarine Spitfire" content: the Rolls-Royce Merlin engine at £2,000, followed by the wings at £1,800 a pair, guns and undercarriage, both at £800 each, and the propeller at £350. In 1935, the Air Ministry approached Morris Motors Limited to ask how quickly their Cowley plant could be turned to aircraft production. In 1936, this informal request for major manufacturing facilities was turned into a formal scheme, known as the shadow factory plan, to boost British aircraft production capacity under the leadership of Herbert Austin. He was given the task of building nine new factories, and to supplement the existing British car manufacturing industry

title: "Supermarine Spitfire" content: the instruments had been considered more reliable. The critical Mach number of the Spitfire's original elliptical wing was higher than the subsequently used laminar-flow section, straight-tapering-planform wing of the follow-on Supermarine Spiteful, Seafang, and Attacker, illustrating that Reginald Mitchell's practical engineering approach to the problems of high-speed flight had paid off. Although R. J. Mitchell is justifiably known as the engineer who designed the Spitfire, his premature death in 1937 meant that all development after that date was undertaken by a team led by his chief draughtsman, Joe Smith, who became Supermarine's chief designer on Mitchell's death. As Jeffrey Quill

Answer: 1936 3 5

Answer: 3 5 1937

Answer: 5 March 1937

Answer: 1936

Answer: 3 5 1936

Answer: March 5 1937

Answer: 1937

Answer: March 5 1936

Answer: 1935 3 5

Answer: 3 5 1935

Answer: 5 3 1937

Answer: 1936 3 5

Answer: 5 March 1936

Answer: 1936 March 5

Answer: March 5 1935

Answer: 5 3 1935

Answer: 1935

Answer: 1937 March 5

Answer: 5 March 1935

Answer: 1937 3 5

Answer: 1935 March 5

Answer: 5 3 1936


Question: What is the vertex figure of this object?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: Tetrahedron content: In the case of a tetrahedron the base is a triangle (any of the four faces can be considered the base), so a tetrahedron is also known as a "triangular pyramid". Like all convex polyhedra, a tetrahedron can be folded from a single sheet of paper. It has two such nets. For any tetrahedron there exists a sphere (called the circumsphere) on which all four vertices lie, and another sphere (the insphere) tangent to the tetrahedron's faces. A regular tetrahedron is one in which all four faces are equilateral triangles. It is one of the five regular Platonic solids, which

title: Tetrahedron content: from "C" to the midpoint of an edge of the base. This follows from the fact that the medians of a triangle intersect at its centroid, and this point divides each of them in two segments, one of which is twice as long as the other (see ). For a regular tetrahedron with side length "a", radius "R" of its circumscribing sphere, and distances "d" from an arbitrary point in 3-space to its four vertices, we have The vertices of a cube can be grouped into two groups of four, each forming a regular tetrahedron (see above, and also ,

title: Tetrahedron content: on this plane, both halves become wedges. This property also applies for tetragonal disphenoids when applied to the two special edge pairs. The tetrahedron can also be represented as a spherical tiling, and projected onto the plane via a stereographic projection. This projection is conformal, preserving angles but not areas or lengths. Straight lines on the sphere are projected as circular arcs on the plane. An isosceles tetrahedron, also called a disphenoid, is a tetrahedron where all four faces are congruent triangles. A space-filling tetrahedron packs with congruent copies of itself to tile space, like the disphenoid tetrahedral honeycomb. In

title: Tetrahedron content: the 1st century Heron's formula for the area of a triangle. Denote "a,b,c" be three edges that meet at a point, and "x,y,z" the opposite edges. Let "V" be the volume of the tetrahedron; then where The above formula uses different expressions with the following formula,The above formula uses six lengths of edges, and the following formula uses three lengths of edges and three angles. If "U", "V", "W", "u", "v", "w" are lengths of edges of the tetrahedron (first three form a triangle; "u" opposite to "U" and so on), then where A plane that divides two opposite edges

title: Tetrahedron content: lie on two skew lines, and the distance between the edges is defined as the distance between the two skew lines. Let "d" be the distance between the skew lines formed by opposite edges a and as calculated here. Then another volume formula is given by The tetrahedron has many properties analogous to those of a triangle, including an insphere, circumsphere, medial tetrahedron, and exspheres. It has respective centers such as incenter, circumcenter, excenters, Spieker center and points such as a centroid. However, there is generally no orthocenter in the sense of intersecting altitudes. Gaspard Monge found a center that

title: Tetrahedron content: between its Monge point and circumcenter. These points define the "Euler line" of the tetrahedron that is analogous to the Euler line of a triangle. The nine-point circle of the general triangle has an analogue in the circumsphere of a tetrahedron's medial tetrahedron. It is the twelve-point sphere and besides the centroids of the four faces of the reference tetrahedron, it passes through four substitute "Euler points", one third of the way from the Monge point toward each of the four vertices. Finally it passes through the four base points of orthogonal lines dropped from each Euler point to the

title: Tetrahedron content: Putting any of the four vertices in the role of "O" yields four such identities, but at most three of them are independent: If the "clockwise" sides of three of them are multiplied and the product is inferred to be equal to the product of the "counterclockwise" sides of the same three identities, and then common factors are cancelled from both sides, the result is the fourth identity. Three angles are the angles of some triangle if and only if their sum is 180° (π radians). What condition on 12 angles is necessary and sufficient for them to be the

title: Tetrahedron content: 12 angles of some tetrahedron? Clearly the sum of the angles of any side of the tetrahedron must be 180°. Since there are four such triangles, there are four such constraints on sums of angles, and the number of degrees of freedom is thereby reduced from 12 to 8. The four relations given by this sine law further reduce the number of degrees of freedom, from 8 down to not 4 but 5, since the fourth constraint is not independent of the first three. Thus the space of all shapes of tetrahedra is 5-dimensional. Let be the points of a

Answer: triangle

Answer: 2-simplex

Answer: triangle

Answer: 3-gon


Question: What is the architectural style of this facility?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: "Battersea Power Station" content: the 1965 Beatles' film "Help!" The station is one of the world's largest brick buildings and notable for its original, lavish Art Deco interior fittings and decor. The structure remained largely unused for more than 30 years after its closure; in 2008 its condition was described as "very bad" by English Heritage, which included it in its Heritage at Risk Register. The site was also listed on the 2004 World Monuments Watch by the World Monuments Fund. Since the station's closure, redevelopment plans have been drawn up by successive site owners. In 2004, when a redevelopment project by Parkview International

title: "Battersea Power Station" content: others being Uskmouth and Bankside. The station's design proved popular straightaway, and was described as a "temple of power", which ranked equal with St Paul's Cathedral as a London landmark. In a 1939 survey by "The Architectural Review" a panel of celebrities ranked it as their second favourite modern building. The A Station's control room was given many Art Deco fittings by architect Halliday. Italian marble was used in the turbine hall, and polished parquet floors and wrought-iron staircases were used throughout. Owing to a lack of available money following the Second World War, the interior of the B Station

title: "Battersea Power Station" content: commenced in 2013 and plans include the restoration of the art deco structure internally and externally, reconstruction of the chimneys, and refurbishment of the historic cranes and jetty as a new river taxi stop. The plan includes over 800 homes of varying sizes, and sales of residential apartments in Phase 1 of the redevelopment began in January 2013 with around 75 per cent of townhouses and apartments being sold within four days. Construction work on Phase 1, called Circus West, designed by architects SimpsonHaugh and dRMM, is being undertaken by Carillion and commenced in 2013 alongside work on the Power

Answer: Art Deco

Answer: Art-deco

Answer: Art déco

Answer: Art-déco

Answer: Art decostijl

Answer: Art Deco


Question: Who are the structure engineers of this building?

Instruction: Using the given image, access documents that provide insights into the following question:

title: "30 St Mary Axe" content: designed by Norman Foster and Arup Group. It was erected by Skanska; construction started in 2001. The building has become a recognisable feature of London, and it is one of the city's most widely recognised examples of contemporary architecture. The building stands on the former sites of the Baltic Exchange (24-28 St Mary Axe), which was the headquarters of a global marketplace for shipping freight contracts and also soft commodities, and the Chamber of Shipping (30-32 St Mary Axe). On 10 April 1992, the Provisional IRA detonated a bomb close to the Exchange, causing extensive damage to the historic building

title: "30 St Mary Axe" content: of the building during the summer and warm the building in the winter using passive solar heating. The shafts also allow sunlight to pass through the building, making the work environment more pleasing, and keeping the lighting costs down. The primary methods for controlling wind-excited sways are to increase the stiffness, or increase damping with tuned/active mass dampers. To a design by Arup, its fully triangulated perimeter structure makes the building rigid enough without any extra reinforcements. Despite its overall curved glass shape, there is only one piece of curved glass on the building, the lens-shaped cap at the apex.

Answer: Arup

Answer: Arup

Answer: Ove Arup & Partners

Answer: Arup Group Limited

Answer: Arup Group


Question: What place inflows lake?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: "Lake Teletskoye" content: is high, with the visibility of the lake water ranging from six to fourteen meters. About 70 rivers and 150 temporary streams flow into the lake, the largest of them, Chulyshman River, supplying more than half of the lake's water. The lake is drained through a single outlet, the Biya River, which, after its confluence with the Katun River, forms one of Siberia's largest rivers, the Ob River. The lake is surrounded by mountains of 600-1,300 m in the northern part and about in the southern part. Lake Teletskoe is included into Altaisky Nature Reserve. That reserve along with the

Answer: Chulyshman

Answer: Chulyshman


Question: Where is the lake outflow to?

Instruction: With the provided image, gather documents that offer a solution to the question:

title: "Lake Teletskoye" content: is high, with the visibility of the lake water ranging from six to fourteen meters. About 70 rivers and 150 temporary streams flow into the lake, the largest of them, Chulyshman River, supplying more than half of the lake's water. The lake is drained through a single outlet, the Biya River, which, after its confluence with the Katun River, forms one of Siberia's largest rivers, the Ob River. The lake is surrounded by mountains of 600-1,300 m in the northern part and about in the southern part. Lake Teletskoe is included into Altaisky Nature Reserve. That reserve along with the

title: "Lake Teletskoye" content: field base of Institute of Taxonomy and Ecology of Animals () by the Siberian Division of the Russian Academy of Sciences () at the northwest part of the lake, about 6 km from head water of Biya River. Therein studies are performed of the insect-eaters and rodents of Altai Republic, helminthofauna of vertebrates in biocenoses of taiga, ichthyocenose and animal plankton of Lake Teletskoye. Near the base there is located the research-and-production sport-and-sanitary base of Gorno-Altaisk State University. Tomsk State University carries out its investigation more than 50 years. Many years here work ecologists from the Institute of Water and

Answer: Biya

Answer: Biya


Question: What is the location of this island?

Instruction: Using the provided image, obtain documents that address the subsequent question:

title: "Confederation Bridge" content: Confederation Bridge The Confederation Bridge () spans the Abegweit Passage of Northumberland Strait. It links Prince Edward Island with mainland New Brunswick, Canada. Before its official naming, Prince Edward Islanders often referred to the bridge as the "Fixed Link". Construction took place from October 1993 to May 1997 and cost C$1.3 billion. The bridge opened on May 31, 1997. The bridge is a two-lane toll bridge that carries the Trans-Canada Highway between Borden-Carleton, Prince Edward Island (at Route 1) and Cape Jourimain, New Brunswick (at Route 16). It is a multi-span balanced cantilever bridge with a post-tensioned concrete box girder

title: "Confederation Bridge" content: to the Mi'kmaq traditional name for the province. The President of Ireland, Mary McAleese, during a state visit to Canada in 1998, referred to the bridge as the "Span of Green Gables". After completing the structure on November 19, 1996, SCI worked throughout the winter, paving the bridge deck, placing protective walls which act as wind barriers, placing bridge deck and navigational lighting, constructing the Borden-Carleton toll plaza, and finishing the New Brunswick and Prince Edward Island approach roads. In separate construction, the federal and provincial governments built a new commercial and tourist development on the abandoned CN rail yards

title: "Confederation Bridge" content: in Borden-Carleton, with phase I of this facility opening in spring 1997 as "Gateway Village". New Brunswick has never received similar federal support to improve the economy of Cape Tormentine, which has become a shadow of its former role in PEI transportation history, although in recent years a new eco-tourist and visitor centre was opened on Jourimain Island near the western end of the bridge. The official opening for the bridge took place on May 31, 1997, with the first traffic crossing at approximately 5:00 p.m. ADT following a nationally televised ceremony which aired on CBC and included a sailpast

title: "Confederation Bridge" content: from 1997 to 2006 that featured a likeness of the Confederation Bridge between the serial number. With valid registration, these plates remain visible on the road today. Confederation Bridge The Confederation Bridge () spans the Abegweit Passage of Northumberland Strait. It links Prince Edward Island with mainland New Brunswick, Canada. Before its official naming, Prince Edward Islanders often referred to the bridge as the "Fixed Link". Construction took place from October 1993 to May 1997 and cost C$1.3 billion. The bridge opened on May 31, 1997. The bridge is a two-lane toll bridge that carries the Trans-Canada Highway between Borden-Carleton,

Answer: Borden-Carleton

Answer: Borden-Carleton


Question: Which country does this aircraft come from?

Instruction: Using the given image, access documents that provide insights into the following question:

title: "De Havilland Canada DHC-6 Twin Otter" content: De Havilland Canada DHC-6 Twin Otter The de Havilland Canada DHC-6 Twin Otter, currently marketed as the Viking Air DHC-6 Twin Otter, is a Canadian 19-passenger STOL (Short Takeoff and Landing) utility aircraft developed by de Havilland Canada and currently produced by Viking Air. The aircraft's fixed tricycle undercarriage, STOL capabilities, twin turboprop engines and high rate of climb have made it a successful commuter passenger airliner as well as a cargo and medical evacuation aircraft. In addition, the Twin Otter has been popular with commercial skydiving operations, and is used by the United States Army Parachute Team and the

title: "De Havilland Canada DHC-6 Twin Otter" content: United States Air Force's 98th Flying Training Squadron. Development of the aircraft began in 1964, with the first flight on May 20, 1965. A twin-engine replacement for the single-engine DHC-3 Otter retaining DHC's renowned STOL qualities, its design features included double-slotted trailing-edge flaps and ailerons that work in unison with the flaps to boost STOL performance. The availability of the Pratt & Whitney Canada PT6A-20 turboprop in the early 1960s made the concept of a twin more feasible. To bush operators, the improved reliability of turboprop power and the improved performance of a twin-engine configuration made it an immediately popular

title: "De Havilland Canada DHC-6 Twin Otter" content: alternative to the piston-powered Otter which had been flying since 1951. The first six aircraft produced were designated Series 1, indicating that they were prototype aircraft. The initial production run consisted of Series 100 aircraft, serial numbers seven to 115 inclusive. In 1968, Series 200 production began with serial number 116. Changes made at the beginning of Series 200 production included improving the STOL performance, adding a longer nose that was equipped with a larger baggage compartment (except for aircraft fitted with floats), and fitting a larger door to the rear baggage compartment. All Series 1, 100, and 200 aircraft

title: "De Havilland Canada DHC-6 Twin Otter" content: and their variants (110, 210) were fitted with the 550-shaft-horsepower PT6A-20 engines. In 1969, the Series 300 was introduced, beginning with serial number 231. Both aircraft performance and payload were improved by fitting more powerful PT6A-27 engines. This was a engine that was flat-rated to for use in the Series 300 Twin Otter. The Series 300 proved to be the most successful variant by far, with 614 Series 300 aircraft and their subvariants (Series 310 for United Kingdom operators, Series 320 for Australian operators, etc.) sold before production in Toronto by de Havilland Canada ended in 1988. In 1976, a

title: "De Havilland Canada DHC-6 Twin Otter" content: new -300 would have cost $700,000 ($M 31 years later) and is still worth more than $2.5 million in 2018 despite the -400 introduction, many years after the -300 production ceased. After Series 300 production ended, the remaining tooling was purchased by Viking Air of Victoria, British Columbia, which manufactures replacement parts for all of the out-of-production de Havilland Canada aircraft. On February 24, 2006, Viking purchased the type certificates from Bombardier Aerospace for all the out-of-production de Havilland Canada aircraft (DHC-1 through DHC-7). The ownership of the certificates gives Viking the exclusive right to manufacture new aircraft. On July

title: "De Havilland Canada DHC-6 Twin Otter" content: 17, 2006, at the Farnborough Air Show, Viking Air announced its intention to offer a Series 400 Twin Otter. On April 2, 2007, Viking announced that with 27 orders and options in hand, it was restarting production of the Twin Otter, equipped with more powerful Pratt & Whitney Canada PT6A-34 engines. As of November 2007, 40 firm orders and 10 options had been taken and a new final assembly plant was established in Calgary, Alberta. Zimex Aviation of Switzerland received the first new production aircraft, serial number 845, in July 2010. By mid-2014, Viking had built 55 new aircraft at

title: "De Havilland Canada DHC-6 Twin Otter" content: its Calgary facility. The production rate as of summer 2014 was about 24 aircraft per year. In April 2015, Viking announced a reduction of the production rate to 18 aircraft per year. On June 17, 2015, Viking further announced a partnership with a Chinese firm, Reignwood Aviation Group. The group will purchase 50 aircraft and become the exclusive representatives for new Series 400 Twin Otters in China. Major changes introduced with the Series 400 include Honeywell Primus Apex fully integrated avionics, deletion of the AC electrical system, deletion of the beta backup system, modernization of the electrical and lighting systems,

title: "De Havilland Canada DHC-6 Twin Otter" content: and use of composites for nonload-bearing structures such as doors. The 100th Series 400 Twin Otter (MSN 944) was displayed at the July 2017 EAA AirVenture Oshkosh. Currently, 38% are operated as regional airliners, 31% in military aviation or special missions, 26% in industrial support and 5% in private air charter. Additionally, 70 are on regular landing gear wheels, 18 are configured as straight or amphibious floatplanes, 10 have tundra tires and 2 have wheel skis. Twin Otters could be delivered directly from the factory with floats, skis, or tricycle landing gear fittings, making them adaptable bush planes for remote

title: "De Havilland Canada DHC-6 Twin Otter" content: and northern areas. Areas including Canada and the United States, (specifically Alaska) had much of the demand. Many Twin Otters still serve in the far north, but they can also be found in Africa, Australia, Asia, Antarctica, and other regions where bush planes are the optimum means of travel. Their versatility and maneuverability have made them popular in areas with difficult flying environments such as Papua New Guinea. In Norway, the Twin Otter paved the way for the network of short-field airports, connecting rural areas with larger towns. The Twin Otter showed outstanding reliability, and remained in service until 2000

title: "De Havilland Canada DHC-6 Twin Otter" content: on certain routes. Widerøe of Norway was, at one time, the world's largest operator of Twin Otters. During one period of its tenure in Norway, the Twin Otter fleet achieved over 96,000 cycles (take-off, flight, and landing) per year. A number of commuter airlines in the United States got their start by operating Twin Otters in scheduled passenger operations. Houston Metro Airlines (which later changed its name to Metro Airlines) constructed their own STOLport airstrip with a passenger terminal and maintenance hangar in Clear Lake City, Texas, near the NASA Johnson Space Center. The Clear Lake City STOLport was specifically

title: "De Havilland Canada DHC-6 Twin Otter" content: designed for Twin Otter operations. According to the February 1976 edition of the "Official Airline Guide", Houston Metro operated 22 round-trip flights every weekday at this time between Clear Lake City (CLC) and Houston Intercontinental Airport (IAH, now Houston George Bush Intercontinental Airport) in a scheduled passenger airline shuttle operation. Houston Metro had agreements in place for connecting passenger feed services with Continental Airlines and Eastern Airlines at Houston Intercontinental, with this major airport having a dedicated STOL landing area at the time specifically for Twin Otter flight operations. The Clear Lake City STOLport is no longer in existence. The

title: "De Havilland Canada DHC-6 Twin Otter" content: Walt Disney World resort in Florida was also served with scheduled airline flights operated with Twin Otter aircraft. The Walt Disney World Airport (DWS), also known as the Lake Buena Vista STOLport, was a private airfield constructed by the Walt Disney Company with Twin Otter operations in mind. In the early 1970s, Shawnee Airlines operated scheduled Twin Otter flights between the Disney resort and nearby Orlando Jetport (MCO, now Orlando International Airport), as well as to Tampa International Airport (TPA). This service by Shawnee Airlines is mentioned in the "Air Commuter Section" of the Sept, 6, 1972 Eastern Air Lines

title: "De Havilland Canada DHC-6 Twin Otter" content: system timetable as a connecting service to and from Eastern flights. This STOL airfield is no longer in use. Another commuter airline in the U.S., Rocky Mountain Airways, operated Twin Otters from the Lake County Airport in Leadville, CO. At an elevation of 9,927 feet above mean sea level, this airport is the highest airfield in the U.S. ever to have received scheduled passenger airline service, thus demonstrating the wide-ranging flight capabilities of the Twin Otter. Rocky Mountain Airways went on to become the worldwide launch customer for the larger, four-engine de Havilland Canada DHC-7 Dash 7 STOL turboprop, but

title: "De Havilland Canada DHC-6 Twin Otter" content: continued to operate the Twin Otter, as well. Larger scheduled passenger airlines based in the United States, Canada, Mexico, the Caribbean and Australia, particularly jetliner operators, also flew Twin Otters, with the aircraft providing connecting feeder service for these airlines. Jet aircraft operators which also flew the Twin Otter included Aeronaves de Mexico, Air BC, Alaska Airlines, ALM Antillean Airlines, Ansett Airlines, Cayman Airways, Frontier Airlines (1950-1986), LIAT, Norcanair, Nordair, Ozark Air Lines, Pacific Western Airlines, Quebecair, South Pacific Island Airways, Time Air, Transair (Canada), Trans Australian Airlines (TAA), Wardair Canada and Wien Air Alaska. In many cases, the excellent

title: "De Havilland Canada DHC-6 Twin Otter" content: operating economics of the Twin Otter allowed airlines large and small to provide scheduled passenger flights to communities that most likely would otherwise never have received air service. Twin Otters are also a staple of Antarctic transportation. Four Twin Otters are employed by the British Antarctic Survey on research and supply flights, and several are employed by the United States Antarctic Program via contract with Kenn Borek Air. On April 24–25, 2001, two Twin Otters performed the first winter flight to Amundsen–Scott South Pole Station to perform a medical evacuation. On June 21–22, 2016, Kenn Borek Air's Twin Otters performed

title: "De Havilland Canada DHC-6 Twin Otter" content: the third winter evacuation flight to Amundsen–Scott South Pole Station to remove two people for medical reasons. The Argentine Air Force has used the Twin Otter in Antarctica since the 1970s, with at least one of them deployed year-round at Marambio Base. The Chilean Air Force has operated the type since 1980, usually having an example based at Presidente Frei Antarctic base of the South Shetland islands. As of August 2006, a total of 584 Twin Otter aircraft (all variants) remain in service worldwide. Major operators include: Libyan Arab Airlines (16), Maldivian Air Taxi (22), Trans Maldivian Airways (23), Kenn

title: "De Havilland Canada DHC-6 Twin Otter" content: Borek Air (42) and Scenic Airlines (11). Some 115 airlines operate smaller numbers of the aircraft including Yeti Airlines in Nepal, Malaysia Airlines (which uses the Twin Otter exclusively for passenger and freight transportation to the Kelabit Highlands region in Sarawak), and in the United Kingdom, the FlyBe franchise operator Loganair which uses the aircraft to service the island of Barra in the Hebrides islands. This daily scheduled service is unique as the aircraft lands on the beach and the schedule is partly influenced by the tide tables. Trials in Barra with heavier planes than the Twin Otter, like the

title: "De Havilland Canada DHC-6 Twin Otter" content: Short 360, failed because they sank in the sand. The Twin Otter is also used for landing at the world's shortest commercial runway on the Caribbean island of Saba, Netherlands Antilles. The Twin Otter has been popular with commercial skydiving operations. It can carry up to 22 skydivers to over 17,000 ft (a large load compared to most other aircraft in the industry); presently, the Twin Otter is used in skydiving operations in many countries. The United States Air Force operates three Twin Otters for the United States Air Force Academy's skydiving team. On 26 April 2001, the first ever

title: "De Havilland Canada DHC-6 Twin Otter" content: air rescue during polar winter from the South Pole occurred with a ski-equipped Twin Otter operated by Kenn Borek Air. On September 25, 2008, the Series 400 Technology Demonstrator achieved "power on" status in advance of an official rollout. First flight of the Series 400 technical demonstrator, C-FDHT, took place October 1, 2008, at Victoria Airport. Two days later, the aircraft departed Victoria for a ferry flight to Orlando, Florida, site of the 2008 National Business Aviation Association (NBAA) Conference and exhibition. The first new build Series 400 Twin Otter (SN 845) made its first flight on February 16, 2010,

title: "De Havilland Canada DHC-6 Twin Otter" content: in Calgary, Alberta. Transport Canada presented Viking Air Limited with an amended DHC-6 Type Certificate including the Series 400 on July 21, 2010. Six years after, in July 2016, 100 series 400 have been delivered to 34 customers operating in 29 countries. In June 2017, 125 have been made since restarting production in 2010. 270 Twin Otters were in airline service in 2018, and 14 on order : 111 in North/South America, 117 in Asia Pacific & Middle East (14 orders), 26 in Europe and 13 in Africa. The Twin Otter has been popular not only with bush operators as

title: "De Havilland Canada DHC-6 Twin Otter" content: a replacement for the single-engine de Havilland Canada DHC-3 Otter but also with other civil and military customers, with over 890 aircraft built. Many commuter airlines in the U.S. got their start by flying the Twin Otter in scheduled passenger operations. Kaymac Inc., a government civilian contractor based in Nevada, operates 18. De Havilland Canada DHC-6 Twin Otter The de Havilland Canada DHC-6 Twin Otter, currently marketed as the Viking Air DHC-6 Twin Otter, is a Canadian 19-passenger STOL (Short Takeoff and Landing) utility aircraft developed by de Havilland Canada and currently produced by Viking Air. The aircraft's fixed tricycle

Answer: Canada

Answer: British North America

Answer: CA

Answer: Dominion of Canada

Answer: Canada

Answer: CAN


Question: What country does this facility belong to?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

title: "Nasir-ol-molk Mosque" content: Nasir-ol-molk Mosque The Nasir al-Mulk Mosque ( "Masjed-i Nasir al-Mulk"), also known as the Pink Mosque (مسجد صورتی "Masjed-i Surati"), is a traditional mosque in Shiraz, Iran. It is located in Gawd-i Arabān quarter, near Shāh Chérāgh Mosque. It was built under Qajar rule of Iran. The mosque includes extensive coloured glass in its facade, and displays other traditional elements such as the "Panj Kāse" ("five concaved") design. It is named in popular culture as the 'Pink Mosque', due to the usage of considerable pink colour tiles for its interior design. The mosque was built during the Qajar dynasty, and

title: "Nasir-ol-molk Mosque" content: is still in use under protection by the Endowment Foundation of Nasir ol Molk. Construction began in 1876 by the order of Mirzā Hasan Ali (Nasir ol Molk), a Qajar ruler. and was completed in 1888, The designers were Mohammad Hasan-e-Memār, an Iranian architect, and Mohammad Rezā Kāshi-Sāz-e-Širāzi. Restoration, protection, and maintenance of this monument is being continued by the "Endowment Foundation of Nasir ol Molk". The colourful windows and doors are handcrafted by carpenter master Hajj Mirza Ayat. Nasir-ol-molk Mosque The Nasir al-Mulk Mosque ( "Masjed-i Nasir al-Mulk"), also known as the Pink Mosque (مسجد صورتی "Masjed-i Surati"), is

Answer: Iran

Answer: Persia

Answer: Islamic Republic of Iran

Answer: Islamic Rep. Iran

Answer: ir

Answer: Iran


Question: Where is the lake inflow from?

Instruction: Retrieve documents that provide an answer to the question alongside the image:

title: Windermere content: receded up the Troutbeck valley and up the valleys that now contain the rivers Rothay and Brathay. There were at least nine ice retreat phases, indicated by buried recessional moraines. The lake has two separate basins – north and south – with different characteristics influenced by the geology. This consists of hard volcanic rocks in the north basin and softer shales in the south. The lake is drained from its southernmost point by the River Leven. It is replenished by the rivers Brathay, Rothay, Trout Beck, Cunsey Beck and several other lesser streams. The lake is largely surrounded by foothills

Answer: Trout Beck

Answer: Trout Beck


Question: Which structure replaced this bridge?

Instruction: Using the given image, access documents that provide insights into the following question:

title: "Franz Joseph Bridge" content: Franz Joseph Bridge Franz Joseph Bridge (), later renamed Štefanik Bridge (), was a suspension bridge over the Vltava in Prague, opened in 1868. The bridge was designed by the English engineer Rowland Mason Ordish. The design, which used the Ordish–Lefeuvre system, was originally created for the Albert Bridge over the River Thames in London. However, after construction of the Albert Bridge was delayed, Ordish decided to build a bridge in Prague first. The foundation stone was laid on 19 October 1865, and engineer František Schön was charged with supervising the construction work. Emperor Franz Joseph, after whom the bridge

title: "Franz Joseph Bridge" content: longer bear the increasing traffic in Czechoslovakia's capital, and the authorities began considering its replacement. It was named after the Czech composer Leoš Janáček for a short period in the 1940s. The bridge was demolished in 1941 and replaced with a modern one named after the communist activist Jan Šverma in 1951. Franz Joseph Bridge Franz Joseph Bridge (), later renamed Štefanik Bridge (), was a suspension bridge over the Vltava in Prague, opened in 1868. The bridge was designed by the English engineer Rowland Mason Ordish. The design, which used the Ordish–Lefeuvre system, was originally created for the Albert

Answer: Štefanik Bridge

Answer: Štefanik Bridge

Answer: Štefánikův most


Question: which notable activity has been held at the bridge presented in the image?

Instruction: Utilizing the given image, obtain documents that respond to the following question:

title: "Charles Bridge" content: Charles Bridge Charles Bridge ( ) is a historic bridge that crosses the Vltava river in Prague, Czech Republic. Its construction started in 1357 under the auspices of King Charles IV, and finished in the beginning of the 15th century. The bridge replaced the old Judith Bridge built 1158–1172 that had been badly damaged by a flood in 1342. This new bridge was originally called Stone Bridge ("Kamenný most") or Prague Bridge ("Pražský most") but has been "Charles Bridge" since 1870. As the only means of crossing the river Vltava (Moldau) until 1841, Charles Bridge was the most important connection

title: "Charles Bridge" content: most of them baroque-style, originally erected around 1700 but now all replaced by replicas. Repairs are scheduled to start in late 2019, and should take around 20 years. Throughout its history, Charles Bridge has suffered several disasters and witnessed many historic events. Czech legend has it that construction began on Charles Bridge at 5:31am on 9 July 1357 with the first stone being laid by Charles IV himself. This exact time was very important to the Holy Roman Emperor because he was a strong believer in numerology and felt that this specific time, which formed a palindrome (1357 9, 7

title: "Charles Bridge" content: the 1870s, the first regular public-transport (omnibus) line went over the bridge (officially called "Charles Bridge" after 1870) later replaced by a horse tram. The bridge towers underwent a thorough reconstruction between 1874 and 1883. On 2–5 September 1890, another disastrous flood struck Prague and severely damaged Charles Bridge. Thousands of rafts, logs and other floating materials that escaped from places upstream gradually formed a huge barrier leaning against the bridge. Three arches were torn down by the great pressure and two pillars collapsed from being undermined by the water, while others were partly damaged. With the fifth pillar, two

title: "Charles Bridge" content: tram and later, in 1908, with buses. At the end of World War II, a barricade was built in the Old Town bridge tower gateway. A capital repair of the bridge took place between 1965 and 1978, based on a collaboration among various scientific and cultural institutes. The stability of the pillars was reassured, all broken stone blocks were replaced, and the asphalt top was removed. All vehicular traffic has been excluded from Charles Bridge since then, making it accessible by pedestrians only. The repair cost 50 million crowns. During the 1990s, some people started criticizing the previous reconstruction of

title: "Charles Bridge" content: the bridge and proposing further work. As of the beginning of the new millennium, most of the experts appeared to agree that the previous reconstruction had not been flawless but disputed the need for further interference with the bridge. However, after the disastrous floods of 2002 (which themselves caused only minor harm to the bridge), support for an overall bridge reconstruction grew. It was decided that repair and stabilization of the two pillars (numbers 8 and 9) on the Malá Strana side of the bridge would be done. These are the only river pillars that were not repaired after the

title: "Charles Bridge" content: 1890 floods. The reconstruction was a gradual process that closed off parts of the bridge without closing the span entirely. Performed from 2008 to 2010, the work included bolstering the pillars and building a new hydroisolation system protecting the bridge. It also encompassed a re-pavimentation of the bridge's pavement and the replacement of many of the stones in the bridge walls, a matter which was controversial due to a heavy-handed approach adopted by the restoration team, which had no previous experience in restoration of cultural heritage monuments. The result has been criticised by conservation professionals all over Europe (see photos

title: "Charles Bridge" content: of the statues have been systematically replaced by replicas, and the originals have been exhibited in the Lapidarium of the National Museum. Charles Bridge Charles Bridge ( ) is a historic bridge that crosses the Vltava river in Prague, Czech Republic. Its construction started in 1357 under the auspices of King Charles IV, and finished in the beginning of the 15th century. The bridge replaced the old Judith Bridge built 1158–1172 that had been badly damaged by a flood in 1342. This new bridge was originally called Stone Bridge ("Kamenný most") or Prague Bridge ("Pražský most") but has been "Charles

Answer: construction

Answer: construction

Answer: building

Answer: ISIC F

Answer: construction work

Answer: NACE F

Answer: building construction


Question: What is the height of this bridge in metre?

Instruction: Obtain documents that correspond to the inquiry alongside the provided image:

title: "Charles Bridge" content: Charles Bridge Charles Bridge ( ) is a historic bridge that crosses the Vltava river in Prague, Czech Republic. Its construction started in 1357 under the auspices of King Charles IV, and finished in the beginning of the 15th century. The bridge replaced the old Judith Bridge built 1158–1172 that had been badly damaged by a flood in 1342. This new bridge was originally called Stone Bridge ("Kamenný most") or Prague Bridge ("Pražský most") but has been "Charles Bridge" since 1870. As the only means of crossing the river Vltava (Moldau) until 1841, Charles Bridge was the most important connection

title: "Charles Bridge" content: most of them baroque-style, originally erected around 1700 but now all replaced by replicas. Repairs are scheduled to start in late 2019, and should take around 20 years. Throughout its history, Charles Bridge has suffered several disasters and witnessed many historic events. Czech legend has it that construction began on Charles Bridge at 5:31am on 9 July 1357 with the first stone being laid by Charles IV himself. This exact time was very important to the Holy Roman Emperor because he was a strong believer in numerology and felt that this specific time, which formed a palindrome (1357 9, 7

title: "Charles Bridge" content: of the statues have been systematically replaced by replicas, and the originals have been exhibited in the Lapidarium of the National Museum. Charles Bridge Charles Bridge ( ) is a historic bridge that crosses the Vltava river in Prague, Czech Republic. Its construction started in 1357 under the auspices of King Charles IV, and finished in the beginning of the 15th century. The bridge replaced the old Judith Bridge built 1158–1172 that had been badly damaged by a flood in 1342. This new bridge was originally called Stone Bridge ("Kamenný most") or Prague Bridge ("Pražský most") but has been "Charles

Answer: 13