Many things can create one, ...
[5130] Many things can create one, ... - Many things can create one, it can be of any shape or size, it is created for various reasons, and it can shrink or grow with time. What is it? - #brainteasers #riddles - Correct Answers: 34 - The first user who solved this task is Chandu Rajyaguru
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Many things can create one, ...

Many things can create one, it can be of any shape or size, it is created for various reasons, and it can shrink or grow with time. What is it?
Correct answers: 34
The first user who solved this task is Chandu Rajyaguru.
#brainteasers #riddles
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There was once a great actor, ...

There was once a great actor, who had a problem. He could no longer remember his lines. Finally after many years he finds a theatre where they are prepared to give him a chance to shine again. The director says,"This is the most important part, and it has only one line. You must walk onto the stage carrying a rose, you must hold the rose with just one finger and your thumb to your nose, sniff the rose deeply and then say the line... 'Ah, the sweet aroma of my mistress.'" The actor is thrilled.All day long before the play he's practicing his line, over and over again. Finally the time came.
The curtain went up, the actor walked onto the stage, and with great passion, he delivered the line; "Ah, the sweet aroma of my mistress".
The theatre erupted, the audience screamed with laughter... and the director was steaming! "You bloody fool!" he cried, "You have ruined me!"
The actor, quite bewildered, asked, "What happened, did I forget my line?" he asked.
"No!" the director screamed.... "You forgot the bloody rose!"
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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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