Can you name the athletes by their picture?
[2539] Can you name the athletes by their picture? - Can you name the athletes by their picture? - #brainteasers #riddles #sport - Correct Answers: 51 - The first user who solved this task is Miloš Mitić
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Can you name the athletes by their picture?

Can you name the athletes by their picture?
Correct answers: 51
The first user who solved this task is Miloš Mitić.
#brainteasers #riddles #sport
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Winning toast

Patrick  hoisted his beer and said: "Here's to spending the rest of my life between the legs of me wife!"

And with that he took home the top prize for the best toast of the night.

In bed later that night, he told his wife: "Mary, I won the prize for the best toast of the night."

She said: "Aye, Paddy, what was your toast?"

So he told her: "Here's to spending the rest of my life sitting in church beside me wife."

"Oh," she said, "that is very nice, dear."

The next day, Mary ran into one of Paddy's drinking partners in the street.

Mischievously, the man said: "Did you hear about your husband winning a prize in the pub the other night for a toast about you, Mary?"

She replied: "Aye, and I was a bit surprised. Till now, he's only been down there twice. Once he fell asleep, and the other time I had to pull him by the ears to make him come."

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William Hume-Rothery

Born 15 May 1899; died 27 Sep 1968 at age 69.British metallurgist, internationally known for his work on the formation of alloys and intermetallic compounds. During WW II, he supervised many government contracts for work on complex aluminium and magnesium alloys. He established that the microstructure of an alloy depends on the different sizes of the component atoms, the valency electron concentration, and electrochemical differences. Hume-Rothery rules are an empirical guide to when two metals are sufficiently similar to be completely miscible (form a single phase at all relative concentrations). They are: (1). Atomic radii no more than about 15% different. (2). Pure metals have the same crystal structure. (3). Atoms have similar electronegativities. (4). Atoms have the same valence.
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