You can swallow me, but I can ...
[1657] You can swallow me, but I can ... - You can swallow me, but I can swallow you. What am I? - #brainteasers #riddles - Correct Answers: 157 - The first user who solved this task is Pau Styles
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You can swallow me, but I can ...

You can swallow me, but I can swallow you. What am I?
Correct answers: 157
The first user who solved this task is Pau Styles.
#brainteasers #riddles
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A little town in southern Illinois ...

A little town in southern Illinois had a sensational birth rate, and scientists decided to visit the place and find out the cause. So the sociologists, anthropologists, birth control specialists and other concerned scientists moved to the town prepared to do a six-month study of the causes of the town's high birth rate.
The day the research testing and all was to begin, the director of the million-dollar project stopped off at the single cafe in town and ordered coffee. When the waiter delivered his drink, the scientist detained him for a moment and asked, "Can you give me an idea was to why your town,above all others in this country, has such a high birth rate?"
The waiter thought a moment, then said, "I think I can. You see, every morning at 4:00, the C&A Railroad comes through town and blows its whistle at all three street crossings. That wakes up the folks here and, as youcan guess, it's too darn late to go back to sleep and too darn early to get up."
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Johann Friedrich Pfaff

Died 21 Apr 1825 at age 59 (born 22 Dec 1765).German mathematician who proposed the first general method of integrating partial differential equations of the first order. Pfaff did important work on special functions and the theory of series. He developed Taylor's Theorem using the form with remainder as given by Lagrange. In 1810 he contributed to the solution of a problem due to Gauss concerning the ellipse of greatest area which could be drawn inside a given quadrilateral. His most important work on Pfaffian forms was published in 1815 when he was nearly 50, but its importance was not recognised until 1827 when Jacobi published a paper on Pfaff's method.«
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