How many 1 foot by 1 foot br...
[5475] How many 1 foot by 1 foot br... - How many 1 foot by 1 foot bricks would it take to complete a building that's 20 feet long on all four sides and 20 feet high? - #brainteasers #riddles - Correct Answers: 21 - The first user who solved this task is Djordje Timotijevic
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How many 1 foot by 1 foot br...

How many 1 foot by 1 foot bricks would it take to complete a building that's 20 feet long on all four sides and 20 feet high?
Correct answers: 21
The first user who solved this task is Djordje Timotijevic.
#brainteasers #riddles
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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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J. Georg Bednorz

Born 16 May 1950.Johannes Georg Bednorz is a German physicist who shared the 1987 Nobel Prize for Physics (with Karl Alex Müller) for their joint discovery of superconductivity in a new class of materials at temperatures higher than had previously been thought attainable. They startled the world by reporting superconductivity in a layered, ceramic material at a then record-high temperature of 33 kelvin (that is 33 degrees above absolute zero, or roughly -460 degrees Fahrenheit). Their discovery set off an avalanche of research worldwide into related materials that yielded dozens of new superconductors, eventually reaching a transition temperature of 135 kelvin. Today, he develops complex oxide compounds with novel crystal structures for possible uses in microelectronics.
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