I howl, yet I have no voice....
[4012] I howl, yet I have no voice.... - I howl, yet I have no voice. Can't be seen but my presence is felt. What am I? - #brainteasers #riddles - Correct Answers: 65 - The first user who solved this task is H Tav
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I howl, yet I have no voice....

I howl, yet I have no voice. Can't be seen but my presence is felt. What am I?
Correct answers: 65
The first user who solved this task is H Tav.
#brainteasers #riddles
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The Peeing Accident

A man on a construction site 30 floors up had to go to the bathroom. He approached his foreman and told him that he was going down to use the facilities. The foreman told him he was crazy. By the time he got down and back he'd lose a half hour of time.
The foreman pushed a plank out over the edge of the building. He stood on one end and told the guy to go out on the other end and pee off. He told the man that they were 30 floors up and that his piss would turn into vapor before it reached the bottom. So the guy decided to take his advice.
Suddenly the foreman's cell phone rang and he jumped off the board to get it, allowing the peeing man to fall to his death!
At the inquest an electrician who was working on the 27th floor was asked if he knew what happened. "Not really, but I think it had something to do with sex."
The coroner said, "Sex, why do you think it had something to do with sex?"

The electrician replied, "I saw the man falling with his cock in his hand screaming, ‘Where did that cocksucker go!' "

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Yuan T. Lee

Born 19 Nov 1936. Taiwanese-American chemist whoshared (with Dudley R. Herschbach and John C. Polanyi)the Nobel Prize for Chemistry in 1986 for his role in the development of chemical-reaction dynamics. As a postdoctoral researcher, Lee experimented with and further developed Herschbach's invention of the “crossed molecular beam technique”. This studied reactions between molecules at low pressures by letting beams of molecules and/or atoms meet at one point in space. Lee extended Herschbach's technique, introducing mass spectroscopy to identify the products resulting from the reactions of oxygen and fluorine atoms with complex organic compounds.
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