Chess Knight Move
[3387] Chess Knight Move - Find the country and its capital city, using the move of a chess knight. First letter is S. Length of words in solution: 6,8. - #brainteasers #wordpuzzles #chessknightmove - Correct Answers: 61 - The first user who solved this task is Donald Bradley
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Chess Knight Move

Find the country and its capital city, using the move of a chess knight. First letter is S. Length of words in solution: 6,8.
Correct answers: 61
The first user who solved this task is Donald Bradley.
#brainteasers #wordpuzzles #chessknightmove
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Where ya from, Sam?

A man lay sprawled across three entire seats in a theater. When the usher came by and noticed this, he whispered to the man, "Sorry, sir, but you're only allowed one seat." The man groaned but didn't budge. The usher became impatient.

"Sir," the usher said, "if you don't get up from there I'm going to have to call the manager."

Again, the man just groaned, which infuriated the usher who turned and marched briskly back up the aisle in search of his manager. In a few moments, both the usher and the manager returned and stood over the man. Together the two of them tried repeatedly to move him, but with no success. Finally, they summoned the police.

The cop surveyed the situation briefly then asked, "All right buddy, what's your name?" "Sam," the man moaned. "Where ya from, Sam?" the cop asked.

And with pain in his voice, Sam replied, "The balcony."

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Martin Rodbell

Died 7 Dec 1998 at age 73 (born 1 Dec 1925).American biochemist who was awarded the 1994 Nobel Prize for Physiology or Medicine for his discovery in the 1960s of natural signal transducers called G-proteins that help cells in the body communicate with each other. He shared the prize with Alfred G. Gilman, who later proved Rodbell's hypothesis, by isolating the G-protein, which is so named because it binds to nucleotides called guanosine diphosphate and guanosine triphosphate, or GDP and GTP. Prior to Rodbell's research, scientists believed that only two substances—a hormone receptor and an interior cell enzyme—were responsible for cellular communication. Rodbell, however, discovered that the G-protein acted as an intermediate signal transducer between the two.
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