Chess Knight Move
[5706] Chess Knight Move - Find the title of novel, using the move of a chess knight. First letter is T. Length of words in solution: 2,4,1,11. - #brainteasers #wordpuzzles #chessknightmove - Correct Answers: 27 - The first user who solved this task is Djordje Timotijevic
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Chess Knight Move

Find the title of novel, using the move of a chess knight. First letter is T. Length of words in solution: 2,4,1,11.
Correct answers: 27
The first user who solved this task is Djordje Timotijevic.
#brainteasers #wordpuzzles #chessknightmove
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Golf

On their honeymoon, the new husband told his bride, "I have a confession to make that I should have made before, but I was concerned that it might affect our relationship.
"What is it?" his new bride asked lovingly.
"I'm a golf fanatic," he said. "I think about golf constantly. I'll be out on the golf course every weekend, every holiday, and every chance I get. If it comes to a choice between your wishes and golf, golf will always win."
His new bride pondered this for a moment and said, "I thank you for your honesty. Now in the same spirit of honesty, I should tell you that I've concealed something about my own past that you should know about. The truth is, "I'm a hooker."

"No problem," said her husband, "just widen your stance a little, and overlap your grip, and that should clear it right up."  

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Alexander Meissner

Born 14 Sep 1883; died 3 Jan 1958 at age 74.Austrian engineer whose work in antenna design, amplification, and detection advanced the development of radio telegraphy. In 1907 he joined the Telefunken Company of Berlin, where he conducted research on radio problems. He improved the design of antennas for transmitting at long wavelengths, devised new vacuum-tube circuits and amplification systems, and developed the heterodyne principle for radio reception. In 1911 Meissner designed the first rotary radio beacon to aid in the navigation of the Zeppelin airships. In 1913 he was the first to amplify high-frequency radio signals by using feedback in a vacuum triode; this principle made it possible to build radio receivers more sensitive than any earlier type.
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