You have me today, Tomorrow ...
[4688] You have me today, Tomorrow ... - You have me today, Tomorrow you'll have more; As your time passes, I'm not easy to store; I don't take up space, But I'm only in one place; I am what you saw, But not what you see. What am I? - #brainteasers #riddles - Correct Answers: 53 - The first user who solved this task is Fazil Hashim
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You have me today, Tomorrow ...

You have me today, Tomorrow you'll have more; As your time passes, I'm not easy to store; I don't take up space, But I'm only in one place; I am what you saw, But not what you see. What am I?
Correct answers: 53
The first user who solved this task is Fazil Hashim.
#brainteasers #riddles
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The devil herself

A fellow’s wife was very worried about her husband’s heavy drinking and one night she decided to give him a fright. She draped herself in a white sheet and went down to the local cemetery, knowing that her husband was in the habit of taking a shortcut through it on his way home from the pub. It was not long before he came staggering along, and out she jumped from behind a headstone.

“Ooooooo!” she wailed, “I am the devil!”

Her husband sticks out his hand. “Put it there, pal,” he says, “I’m married to your sister.”

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Paul Bert

Born 17 Oct 1833; died 11 Nov 1886 at age 53.French physiologist, politician, and diplomat, founder of modern aerospace medicine, whose research into the effects of air pressure on the body helped make possible the exploration of space and the ocean depths. While professor of physiology at the Sorbonne (1869-86), he found that an illness of animals at high altitudes is caused mainly by the low oxygen content of the sparse atmosphere. Bert also made a study of "the bends", suffered by deep-sea divers coming up too quickly to the surface from the great pressures of the depths. Bert demonstrated that high external pressures force large quantities of atmospheric nitrogen to dissolve in the blood, then during rapid decompression the nitrogen forms gas bubbles that obstruct capillaries. In 1878, he published the first results of hyperbaric experiments, considered the cornerstone publication for diving medicine, hyperbaric medicine, and aerospace medicine.
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