In this task, you're given an article, a question which often contains a blank, four options (associated with "A", "B", "C", "D") and the answer to that question. Your task is to classify whether the given answer is correct or not by providing "Yes" or "No", based on the article.

Ex Input:
Article: NOT all math skills are learned in the classroom. Some of them come naturally. Consider the split-second calculations you make when you estimate the number of empty seats on the school bus or the number of cookies in a cookie jar. These estimates can often be done without counting. That's because humans are born with the ability to closely guess the number of items in a group. Researchers call this ability a person's "number sense". To see how a person's inborn number sense might be linked to mathematical performance in the classroom, psychologist Justin Halberda and his colleagues from Johns Hopkins University in prefix = st1 /Baltimore,USran some tests. The scientists asked 64 14-year-olds to look at images of yellow and blue dots that flashed on a computer screen for a fraction of a second. Each image contained between 10 and 32 dots that varied in size. Some images contained twice as many blue dots as yellow dots. In other images, however, the number of blue and yellow dots was nearly equal. For each image, the students were asked to estimate which color1 had more dots. The scientists found a wide variation in how well students could pick the color1 with the most dots. The scientists then looked at the students' math scores dating back to kindergarten. Children that performed best in the image test also scored the highest in standard math tests. The same finding held true at the other end of the spectrum . Students who didn't score well on the image test received lower math scores. The study was the first to show a link between a person's inborn number sense and his or her achievement in formal math training. Does this connection mean that one cannot be good in math if they have a weak number sense? Or that having a strong number sense is a guarantee for good grades in math? The answers are not clear. While scientists continue looking at the possible links between a person's number sense and math achievement, one thing is certain: Doing lots of math homework will _ your chances of success.
Question: Which of the following is not true according to the passage?
Options: (A) Everyone has an inborn number sense. (B) Those who have a strong number sense are sure to do well in math. (C) Some of the math skills are inborn. (D) Doing a lot of math exercises may help to learn math well.
Asnwer: B

Ex Output:
Yes

Ex Input:
Article: Self-control can make you happier not only in the long-run, but also in the moment. The research showed that self-control isn't about giving up desires, but more about managing conflicting goals. Since most people consider highly self-controlled ones as being more task-centered, the scientists decided to find out the connection between self-control and people's happiness to determine if being self-disciplined leaves people feel less joyful. Through a set of tests-including one that assessed 414 middle-aged participants on self-control and another that randomly interviewed volunteers on their smart phones about their mood and any desires they might be experiencing, researchers found a strong connection between higher levels of self-control and satisfaction. The smart phone experiment also showed how self-control may improve mood. Those who showed the greatest self-control reported more good moods and fewer bad ones. But this didn't appear to be linked to being more able to resist temptation --it was because they exposed themselves to fewer situations that might inspire desires in the first place. They were doing a number of things that bring them happiness and avoiding problematic desires and conflicts. That became clear in the study's last experiment, which looked into how self-control affects the way people handle goals that conflict with one another. In particular, the researchers were interested in how self-disciplined and less-disciplined people differed when it came to choosing among "virtues" and "vices" like the pleasure of eating sugar cookie vs. the pain of gaining weight. Participants were asked to list three important goal conflicts they experienced regularly and were also questioned on how they managed to balance the goals. The highly self-controlled showed an obvious difference from those with less discipline over their lives. They tended to avoid creating situations in which their goals would conflict, and reported fewer instances of having to choose between short-term pleasure and long-term pain. As a result, they experienced fewer negative emotions. And self-control doesn't always mean _ : it may mean saving now to get big payoff later. For dieters, it means making choices to avoid entering a bakery since you are more likely to buy a cupcake. Granted, self-control isn't the best way to instant satisfaction, but it may bring something even better: long-term contentment.
Question: According to the research, the self-controlled people _ .
Options: (A) enjoy less pleasure of life (B) focus less on completing their tasks (C) make others feel less delighted (D) are better solving problems and conflicts
Asnwer: C

Ex Output:
No

Ex Input:
Article: Dreams can be familiar and strange, fantastical or boring, but some dreams might be connected to the mental processes that help us learn. In a recent study, scientists found a connection between nap-time dreams and better memory in people who were learning a new skill. In the study,99 college students between the ages of 18 and 30 each spent an hour on a compute, trying to get through a virtual maze .The maze was different place each time they tired--making it even more difficult. They were also told to find a particular picture of a tree and remember where it was. For the first 90 minutes of a five-hour break, half of the participants stayed awake and an half were told to take a short nap .Participants who stayed awake were asked to describe their thoughts. Participants who took a nap were asked about their dreams before sleep and after sleep--and they were awakened within a minute of sleep to describe their dreams. Stickgold, a neuroscientist ,wanted to know what people were dreaming about when their eyes weren't moving during sleep. Four of the 50 people who slept said their dreams were connected to the maze. Some dreamed about the music that had been playing when they were working ; others said they dreamed about seeing people in the maze. When these four people tried the computer maze again, they were able to find the tree faster than before their naps. Stickgold suggests the dream itself doesn't help a person learn--it's the other way around.He suspects that the dream was caused by the brain processes associated with learning. All four of the people who dreamed about the task had done poorly the first time, which makes Stickgold wonder if the dreams show up when a person finds a new task particularly difficult. People who had other dreams, or people who didn't take a nap, didn't show the same improvement.
Question: Before having a short nap, participants of the experiment were asked to _ .
Options: (A) stay in a different place in the maze (B) design a virtual maze which is difficult to get through (C) experience the experiment and try to remember something (D) get through a virtual maze on a computer from the same place
Asnwer: D

Ex Output:
No