Problem: A friend asked me to answer this question: What was the name of the house that was not completed until two years after Bruce's death?, using the article: Despite William Bruce's fall from political favour, and his intermittent imprisonment, he continued to practice. During the 1690s he completed Hill of Tarvit (1696), Craighall (169799) in Fife, and Craigiehall (1699) near Edinburgh. The latter, built for the Marquess of Annandale, still stands, and is used as the British Army's Scottish headquarters. From 1698 he was working on a new house for the young Charles Hope, later first Earl of Hopetoun. Hopetoun House, near Edinburgh, was completed in 1702, and represents Bruce's grandest country house design. The master mason was again Thomas Bauchop, and the inspiration was again Anglo-Dutch, with French rustication. The bulk of Bruce's work is now obscured by 18th-century remodelling, carried out by William Adam. Bruce was commissioned again by Hopetoun in 1708, to build a private aisle at Abercorn Kirk. The Hopetoun Loft overlooks the interior of the kirk, and connects to a retiring room with an oval "squint" giving a view of the pulpit.In 1702 Bruce was commissioned by the burgesses of Stirling to design a new tolbooth for the town. Bruce provided only sketch plans, which were executed by local masons between 1703 and 1705. Bruce's last country houses were Harden House (now known as Mertoun House), built for the Scotts in the Borders, and his smallest house, Auchendinny in Midlothian. His final work, in around 1710, was for Nairne House, for the Jacobite Lord Nairne. The house was not completed until two years after Bruce's death, and the extent of his involvement is unclear. Nairne House was demolished in 1760, although the cupola was retained and installed on the roof of the King James VI Hospital in nearby Perth., what would be the answer ?

A: Nairne House
Problem: Given the question: A friend asked me to answer this question: What was the first name of the person who volunteered for military service at the outbreak of war?, using the article: Sir Edwin Lutyens was among the most distinguished architects for war memorials in Britain. He became a nationally renowned designer of war memorials following his work as an adviser to (and later one of the principal architects for) the Imperial War Graves Commission and his design for the Cenotaph on London's Whitehall. As well as dozens of public war memorials in towns and cities across Britain, Lutyens designed several private memorials to individual casualties, usually the sons of friends or clients. Many were heirs to the country houses Lutyens had built earlier in his career, as in Mells where he renovated the manor at the beginning of the 20th century. His work in Mells arose through his friend and collaborator Gertrude Jekyll, who introduced him to the Horners through a family connection. Lutyens established a friendship which led to multiple commissions in the village. In addition to his work on the manor, he redesigned its gardens and worked on several related buildings and structures, and after the war was responsible for a tribute to Raymond Asquith (Edward's brother-in-law), also located in St Andrew's Church, and the village war memorial. Lutyens designed two other memorials to Horner: a wooden board featuring a description of the events leading up to his death, which was placed on a wall in the family chapel in St Andrew's Church; and a stone tablet in Cambrai Cathedral.Alfred Munnings was a painter specialising in horses. He volunteered for military service at the outbreak of war but was deemed unfit due to lack of sight in one eye. He volunteered to tend to army horses and was later recruited as a civilian war artist attached to Canadian cavalry. In 1919, he was beginning to move into sculpture. The Horner memorial was his first public work of sculpture, for which Lutyens commissioned him based on a pre-existing friendship. The work led to several further commissions for equine statues, including from the Jockey Club for a sculpture of the racehorse Brown Jack at Epsom Downs Racecourse...., what would be the answer ?
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The answer is:
Alfred
[Q]: A friend asked me to answer this question: What infrastructure may cause damage?, using the article: The seabed contains enormous reserves of minerals which can be exploited by dredging. This has advantages over land-based mining in that equipment can be built at specialised shipyards and infrastructure costs are lower. Disadvantages include problems caused by waves and tides, the tendency for excavations to silt up and the washing away of spoil heaps. There is a risk of coastal erosion and environmental damage. Seafloor massive sulphide deposits are potential sources of silver, gold, copper, lead and zinc and trace metals since their discovery in the 1960s. They form when geothermally heated water is emitted from deep sea hydrothermal vents known as "black smokers". The ores are of high quality but prohibitively costly to extract. Small scale mining of the deep sea floor is being developed off the coast of Papua New Guinea using robotic techniques, but the obstacles are formidable.There are large deposits of petroleum, as oil and natural gas, in rocks beneath the seabed. Offshore platforms and drilling rigs extract the oil or gas and store it for transport to land. Offshore oil and gas production can be difficult due to the remote, harsh environment. Drilling for oil in the sea has environmental impacts. Animals may be disorientated by seismic waves used to locate deposits, probably causing the beaching of whales. Toxic substances such as mercury, lead and arsenic may be released. The infrastructure may cause damage, and oil may be spilt.Large quantities of methane clathrate exist on the seabed and in ocean sediment at a temperature of around 2 C (36 F) and these are of interest as a potential energy source. Some estimates put the amount available at between one and 5 million cubic kilometres (0.24 to 1.2 million cubic miles). Also on the seabed are manganese nodules formed of layers of iron, manganese and other hydroxides around a core. In the Pacific these may cover up to 30 percent of the deep ocean floor. The minerals precipitate from seawater and grow very slowly. Their commercial extraction for..., what would be the answer ?
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[A]:
Offshore platforms