Can you discover the message...
[2778] Can you discover the message... - Can you discover the message hidden in this drawing? - #brainteasers #wordpuzzles #riddles - Correct Answers: 79 - The first user who solved this task is Yogesh Soni
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Can you discover the message...

Can you discover the message hidden in this drawing?
Correct answers: 79
The first user who solved this task is Yogesh Soni.
#brainteasers #wordpuzzles #riddles
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Railroad

A man who had spent his whole life in the desert visited a friend. He'd never seen a train or the tracks they run on. While standing in the middle of the RR tracks, he heard a whistle, but didn't know what it was. Predictably, he's hit and is thrown, ass-over-tea-kettle, to the side of the tracks, with some minor internal injuries, a few broken bones, and some bruises.
After weeks in the hospital recovering, he's at his friend's house attending a party. While in the kitchen, he suddenly hears the teakettle whistling. He grabs a baseball bat from the nearby closet and proceeds to batter and bash the teakettle into an unrecognizable lump of metal. His friend, hearing the ruckus, rushes into the kitchen, sees what's happened and asks the desert man, "Why'd you ruin my good tea kettle?"
The desert man replies, "Man, you gotta kill these things when they're small."

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Sir William Jackson Pope

Died 17 Oct 1939 at age 68 (born 31 Oct 1870). English chemist who broadened understanding of stereoisomerism. In 1899, he produced an optically active compound that contained an asymetric nitrogen atom, but no asymmetric carbon atoms, thus proving that the Van't Hoff theory applied to atoms other than carbon. By 1902 he had prepared optically active compounds centred upon asymmetric atoms of sulphur, selenium, and tin. Later, he even demonstrated that compounds without asymmetric atoms of any sort, could yet be optically active due to being asymmetric as a whole, through the influence of steric influence. Such behaviour had first been proposed by Viktor Meyer. During WW I, Pope worked on production methods for large quantities of mustard gas, a poison gas used in that war.
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