Can you name the athletes by the picture?
[6362] Can you name the athletes by the picture? - Can you name the athletes by the picture? - #brainteasers #riddles #sport - Correct Answers: 21 - The first user who solved this task is Nasrin 24 T
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Can you name the athletes by the picture?

Can you name the athletes by the picture?
Correct answers: 21
The first user who solved this task is Nasrin 24 T.
#brainteasers #riddles #sport
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A family took their frail, eld...

A family took their frail, elderly mother to a nursing home and left her,hoping she would be well cared for. The next morning, the nurses bathed her,fed her a tasty breakfast, and set her in a chair at a window overlooking a lovely flower garden.
She seemed okay, but after a while she slowly started to tilt sideways in her chair.Two attentive nurses immediately rushed up to catch her and straighten her up.
Again she seemed okay, but after a while she slowly started to tilt over to her other side.The nurses rushed back and once more brought her back upright. This went on all morning.Later, the family arrived to see how the old woman was adjusting to her new home.
"So Ma, how is it here? Are they treating you all right?"
"It's pretty nice," she replied. "Except they won't let me fart."
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Francesco Maria Grimaldi

Born 2 Apr 1618; died 28 Dec 1663 at age 45.Italian physicist and mathematician who studied the diffraction of light. He observed the image on a screen in a darkened room of a tiny beam of sunlight after it passed pass through a fine screen (or a slit, edge of a screen, wire, hair, fabric or bird feather). The image had iridescent fringes, and deviated from a normal geometrical shadow. He coined the name diffraction for this change of trajectory of the light passing near opaque objects (though, more specifically, it may have been interferences with two close sources that he observed). This provided evidence for later physicists to support the wave theory of light. With Riccioli, he investigated the object in free fall (1640-50), and found that distance of fall was proportional to the square of the time taken.«
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