I like to twirl my body but ...
[4846] I like to twirl my body but ... - I like to twirl my body but keep my head up high. After I go in, everything becomes tight. What am I? - #brainteasers #riddles - Correct Answers: 46 - The first user who solved this task is Djordje Timotijevic
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I like to twirl my body but ...

I like to twirl my body but keep my head up high. After I go in, everything becomes tight. What am I?
Correct answers: 46
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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Golfing with ...

Three gentlemen are golfing one sunny day. They come to a difficult par with a water trap just after the tee. The first golfer proceeds to hit his ball right into the water. To retrieve it, he simply approaches the body of water and extends his golf club. The water parts, he takes his next shot and it lands on the green. The second golfer hits his ball towards the water, but rather than sink, the ball floats on top of the water. The golfer nonchalantly walks across the water and hits the ball onto the green.

The third golfer hits his the ball directly into the water, where it quickly starts to sink. As the ball sinks, a fish grabs the ball in its mouth. At that very moment, a hawk plucks the fish out of the water and begins to carry it aloft. As the bird soars higher, a bolt of lightning startles the bird, which then drops the fish into a nearby tree. When the fish hits a branch of the tree, the ball pops out, rolls down the trunk of the tree, across the green and right into the hole...

Moses turns to Jesus and says "You know, I hate golfing with your Father."

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Martin Julian Buerger

Born 8 Apr 1903; died 1986 .American crystallographer and mineralogist who made significant contributions to the theory of finding the arrangement of atoms in crystals and devised or improved many of the standard methods, techniques, and instruments of modern crystal-structure analysis. In the 1930s, he revised the powder camera into its present form. He invented the precession method of x-ray diffraction analysis now commonly used for obtaining the unit cell and space group of a crystal. In 1952, the first counter diffractometer designed especially for measuring the intensities of the diffraction from single crystals was built in Buerger's laboratory, which in 1961 was converted into the first automated diffractometer. He wrote a number of books on crystallography.
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