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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A very elderly couple is havin...

A very elderly couple is having an elegant dinner to celebrate their 75th wedding anniversary. The old man leans forward and says softly to his wife, "Dear, there is something that I must ask you. It has always bothered me that our tenth child never quite looked like the rest of our children. Now I want to assure you that these 75 years have been the most wonderful experience I could have ever hoped for, and your answer cannot take that all that away. But, I must know, did he have a different father?"
The wife drops her head, unable to look her husband in the eye, she paused for moment and then confessed. "Yes. Yes he did."
The old man is very shaken, the reality of what his wife was admitting hit him harder than he had expected. With a tear in his eye he asks, "Who? Who was he? Who was the father?"
Again, the old woman drops her head, saying nothing at first as she tried to muster the courage to tell the truth to her husband. Then, finally, she says: "You."
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Marie Curie's second Nobel Prize

In 1911, at Stockholm, Sweden, Marie Curie became the first person to be awarded a second Nobel prize. She had isolated radium by electrolyzing molten radium chloride. At the negative electrode the radium formed an amalgam with mercury. Heating the amalgam in a silica tube filled with nitrogen at low pressure boiled away the mercury, leaving pure white deposits of radium. This second prize was for her individual achievements in Chemistry, whereas her first prize (1903) was a collaborative effort with her husband, Pierre Curie, and Henri Becquerel in Physics for her contributions in the discovery of radium and polonium.
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