Can you name the athletes by the picture?
[5780] Can you name the athletes by the picture? - Can you name the athletes by the picture? - #brainteasers #riddles #sport - Correct Answers: 20 - The first user who solved this task is Thinh Ddh
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Can you name the athletes by the picture?

Can you name the athletes by the picture?
Correct answers: 20
The first user who solved this task is Thinh Ddh.
#brainteasers #riddles #sport
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Advice From a Wise Woman

Sally was driving home from one of her business trips in Northern Arizona when she saw an Elderly Native American Woman walking on the side of the road.
As the trip was a long and quiet one, she stopped the car and asked the woman if she would like a ride. With a silent nod of thanks, the woman got into the car.
Resuming the journey, Sally tried in vain to make a bit of small talk with the woman.
The old woman just sat silently, looking intently at everything she saw, studying every little detail, until she noticed a brown bag on the seat next to Sally.
‘What in bag?’ asked the old woman. Sally looked down at the brown bag and said, ‘It’s a bottle of wine. I got it for my husband.’
The woman was silent for another moment or two.
Then, speaking with the quiet wisdom of an elder, she said, ‘Good trade.’

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Neil Bartlett

Died 5 Aug 2008 at age 75 (born 15 Sep 1932).English-American chemist who formed the first compound with a noble gas element, xenon platinofluoride, XePtF6 (23 Mar 1962), a yellow-orange crystalline solid, stable at room temperature by immersing platinum fluoride in xenon gas. For a half-century since Ramsay discovered xenon, it had, with the other elements in its group on the Periodic Table, been known as an inert gas. After Bartlett's discovery, a new field of investigation was opened, and other chemists found further compounds of not only xenon, but the noble gas elements radon and krypton. The heaviest elements of the noble gases, as the least inert, were susceptible to combination with a highly reactive element. Pauling had proposed this in theoretical calculations made thirty years before Bartlett's experimental success.«
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