In this task, you're given passages that contain mentions of names of people, places, or things. Some of these mentions refer to the same person, place, or thing. Your job is to write questions that evaluate one's understanding of such references. Good questions are expected to link pronouns (she, her, him, his, their, etc.) or other mentions to people, places, or things to which they may refer. Do not ask questions that can be answered correctly without understanding the paragraph or having multiple answers. Avoid questions that do not link phrases referring to the same entity. For each of your questions, the answer should be one or more phrases in the paragraph, and it should be unambiguous.

Passage: Set during the Middle Ages in Europe, a king is seeking a brave warrior to kill a giant which has been terrorizing the small kingdom. There is much discussion in the village, but no one is willing to take on the task. Nearby in the same village, a young peasant tailor kills seven flies at once while at his work, and accidentally interjects several other peasants' discussion of the problems with the giant to brag loudly about his accomplishment:

Peasant (to his friends): "Say, did you ever kill a giant?"
Mickey (interjecting unwittingly): "I killed seven with one blow!"Gossip that Mickey has killed seven giants with one blow quickly spreads around the kingdom. The king summons Mickey, and asks if he really "killed seven at one blow". Mickey goes into an elaborate re-telling of how he killed the seven (flies, not giants as the king believes), which impresses the king enough to appoint Mickey "Royal High Killer of the Giant". Upon learning the misunderstanding, all of Mickey's confidence disappears and he attempts to stammer his way out of the assignment. The king offers Mickey both vast riches and the hand of his only daughter, Princess Minnie, in marriage if he can kill (or at least subdue) the giant. Smitten with the princess, Mickey proclaims that he'll "cut [the giant] down to my size", and sets off for the giant's lair.
After only a few minutes, however, he is ready to turn back and give up, but the townspeople and Minnie are counting on him. "Gosh," Mickey sighs to himself, wondering what to do. "I dunno how to catch a giant.".
Who kills seven flies at once while at work?

Passage: Due to an error in Heaven, Adam "Duke" Byron, is born without a soul in 1858. The "Book of Destiny" shows that he was supposed to marry a minister's daughter in 1885, two years prior to the present, and set a fine moral example. Instead, he is a saloon keeper and gambling hall owner in Glacier, Montana. As it was the fault of his department, Michael is sent to set Duke on the life path for which he was destined, but Michael must do so as a human being, without miracles, not even a small one.
Michael encounters Bill Plummer. Plummer and Duke are rival saloon keepers and partners in a mining company, but due to a dispute between them, the mine is closed, leaving many of the townspeople destitute. Plummer has hired the Kansas City Kid, a gunslinger, to kill Duke. When Bill finds out that Duke knows about his plan, he gives Michael a lift into town and as Plummer had hoped, Duke mistakes Michael for the Kid. Duke's henchman, Treason, takes a shot at Michael, narrowly missing a young girl. Furious, parson's daughter and schoolmarm Drusilla Wainwright goes into the "Copper Queen", Duke's saloon, and slaps him.
Drusilla and most of the other residents want to take the law into their own hands to take back their town, but Sheriff Matt Bodine talks them into waiting until Plummer and Duke's men kill each other first. 
Michael accidentally foils the Kid's attempt to shoot Duke. Duke is convinced he has switched sides, but when he learns that the now-dead would-be assassin is actually the Kansas City Kid, he believes that Michael is a smart, ambitious outlaw, so he hires him. Ginger, Duke's girlfriend and showgirl, takes a great liking to Michael, but Treason hates him on sight.
What is the nickname of the person who was supposed to marry a minister's daughter in 1885?

Passage: The calculations to be performed on the measurements taken depend on the technology used, since beta counters measure the sample's radioactivity whereas AMS determines the ratio of the three different carbon isotopes in the sample.To determine the age of a sample whose activity has been measured by beta counting, the ratio of its activity to the activity of the standard must be found. To determine this, a blank sample (of old, or dead, carbon) is measured, and a sample of known activity is measured. The additional samples allow errors such as background radiation and systematic errors in the laboratory setup to be detected and corrected for. The most common standard sample material is oxalic acid, such as the HOxII standard, 1,000 lb of which was prepared by the National Institute of Standards and Technology (NIST) in 1977 from French beet harvests.The results from AMS testing are in the form of ratios of 12C, 13C, and 14C, which are used to calculate Fm, the "fraction modern". This is defined as the ratio between the 14C/12C ratio in the sample and the 14C/12C ratio in modern carbon, which is in turn defined as the 14C/12C ratio that would have been measured in 1950 had there been no fossil fuel effect.Both beta counting and AMS results have to be corrected for fractionation. This is necessary because different materials of the same age, which because of fractionation have naturally different 14C/12C ratios, will appear to be of different ages because the 14C/12C ratio is taken as the indicator of age. To avoid this, all radiocarbon measurements are converted to the measurement that would have been seen had the sample been made of wood, which has a known δ13C value of −25‰.Once the corrected 14C/12C ratio is known, a "radiocarbon age" is calculated using:
  
    
      
        
          Age
        
        =
        −
        8033
        ⋅
        ln
        ⁡
        (
        F
        m
        )
      
    
    {\displaystyle {\text{Age}}=-8033\cdot \ln(Fm)}
  The calculation uses 8,033, the mean-life derived from Libby's half-life of 5,568 years, not 8,267, the mean-life derived from the more accurate modern value of 5,730 years. Libby’s value for the half-life is used to maintain consistency with early radiocarbon testing results; calibration curves include a correction for this, so the accuracy of final reported calendar ages is assured.
What calculation uses 8,033, the mean-life derived from Libby's half-life of 5,568 years?