input question: What is the first name of the person whose advisors are on a list of suspects?  Answer the above question based on the context below:  Sam Roffe, President of Roffe & Sons Pharmaceuticals, dies in what appears to be a climbing accident, leaving his daughter Elizabeth a billion-dollar empire. Roffe's board members see an opportunity to settle old scores, jockey for higher position, and reap lucrative profits. However, an investigation into Sam's death discloses that it was a murder and that a power struggle is going on within the company. Lead investigator Max Hornung informs Elizabeth of his list of suspects, which includes her closest advisers and financially strapped family members. During this time, she marries CEO Rhys Williams, but he, too, is identified by Hornung as a suspect. As president, Elizabeth follows her father's wishes and refuses to let shares of Roffe & Sons sell on the world market. Her choice prevents the board members from selling their shares as the company's by-laws prohibit it until all board members agree; on the other hand, her death would allow for a unanimous decision. After several attempts on her life, an international chase across Europe ensues. Hornung is able to connect these murder attempts to a series of homicides of prostitutes, which have been recorded on snuff films using Roffe film stock with a witness in a black Gucci leather coat (several suspects are linked to this coat). Elizabeth returns to her father's villa in Sardinia during a scirocco for protection from the unseen murderer, who sets her house on fire after she begins destroying objects and shouting, "Now try to make it look like an accident!" Williams and one of the shareholders, Sir Alec Nichols, both show up to save her, but Hornung figures out that Nichols is the killer and shoots him before he can murder Elizabeth in a symbolic snuff film.???
output answer: Elizabeth

input question: What is the full name of the person whose drawing Leonardo da Vinci encouraged?  Answer the above question based on the context below:  Count Reginald starts the day with a cup of tea and a crumpet, lightly buttered and under cooked, and then tells the story of his life whilst balancing on one foot. His father died when he was an infant, and he was brought up by his mother, "a woman of rather a masculine understanding, and full of the prejudices of nobility and magnificence"Reginald has grand notions of aristocratic honour, and, inspired by his uncle, the Marquis de Villeroy, he joins the Italian war of 1521–6, hoping to achieve military renown in the battle of Pavia. Reginald is knighted by King Francis I, while fighting for the French against the Spanish Imperial army, but the King is captured and imprisoned by Charles V. The King's exile changes the climate in France from one in which "the activity of the field" is exchanged "for the indulgences of the table." On his return home, Reginald, now twenty years old is forced by the death of his mother to take charge of his own affairs. He is quickly led astray by a life of spending too much, keeping mistresses, and gambling. He lives like this for two years and quickly depletes his fortune. He meets the beautiful and accomplished nineteen-year-old Marguerite Louise Isabeau de Damville, whose education has benefited from the society of Clement Marot, Rabelais, Erasmus, and Scaliger, and whose drawing has been encouraged by Leonardo da Vinci. Reginald courts Marguerite, who is the daughter of the Marquis de Damville, but Reginald's reputation as a gambler causes the Marquis to warn him that he should be careful not to ruin himself and his daughter. The Marquis allows them to marry, but by the time he is in his thirties, Reginald is living beyond his means and has returned to gambling. The Marquis does not live to see this development.???
output answer: Marguerite Louise Isabeau de Damville

input question: What is the name of the terraced subaerial balsat rock which is followed by two units of lava flows separated by an intervening ash layer known as the Pāhala ash layer?  Answer the above question based on the context below:  To have reached its enormous size within its relatively short (geologically speaking) 600,000 to 1,000,000 years of life, Mauna Loa would logically have had to have grown extremely rapidly through its developmental history, and extensive charcoal-based radiocarbon dating (perhaps the most extensive such prehistorical eruptive dating on Earth) has amassed a record of almost two hundred reliably dated extant flows confirming this hypothesis.The oldest exposed flows on Mauna Loa are thought to be the Ninole Hills on its southern flank, subaerial basalt rock dating back approximately 100 to 200 thousand years. They form a terrace against which younger flows have since banked, heavily eroded and incised against its slope in terms of direction; this is believed to be the result of a period of erosion because of a change in the direction of lava flow caused by the volcano's prehistoric slump. These are followed by two units of lava flows separated by an intervening ash layer known as the Pāhala ash layer: the older Kahuka basalt, sparsely exposed on the lower southwest rift, and the younger and far more widespread Kaʻu basalt, which appear more widely on the volcano. The Pāhala ashes themselves were produced over a long period of time circa 13 to 30 thousand years ago, although heavy vitrification and interactions with post and pre- creation flows has hindered exact dating. Their age roughly corresponding with the glaciation of Mauna Loa during the last ice age, raising the distinct possibility that it is the product of phreatomagmatic interaction between the long-gone glaciers and Mauna Loa's eruptive activities.Studies have shown that a cycle occurs in which volcanic activity at the summit is dominant for several hundred years, after which activity shifts to the rift zones for several more centuries, and then back to the summit again. Two cycles have been clearly identified, each lasting 1,500–2,000 years. This cyclical behavior is unique to Mauna Loa among the Hawaiian volcanoes. Between about 7,000 and 6,000...???
output answer: