How many different squares c...
[1810] How many different squares c... - How many different squares can be found in the shape shown in the illustration? - #brainteasers #math #riddles - Correct Answers: 165 - The first user who solved this task is Ilan Amity
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How many different squares c...

How many different squares can be found in the shape shown in the illustration?
Correct answers: 165
The first user who solved this task is Ilan Amity.
#brainteasers #math #riddles
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A beautiful, voluptuous woman...

A beautiful, voluptuous woman went to a gynecologist.
The doctor took one look at this woman and all his professionalism went out the window. He immediately told her to undress.
After she had disrobed the doctor began to stroke her thigh. Doing so, he asked her, "Do you know what I'm doing?"
"Yes," she replied, "you're checking for any abrasions or dermatological abnormalities."
"That is right," said the doctor.
He then began to fondle her breasts. "Do you know what I'm doing now?" he asked.
"Yes," the woman said, "you're checking for any lumps or breast cancer."
"Correct," replied the shady doctor.
Finally, he mounted his patient and started having sexual intercourse with her. He asked, "Do you know what I'm doing now?"
"Yes," she said. "You're getting herpes; which is why I came here in the first place."
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Jacobus Henricus Van't Hoff

Born 30 Aug 1852; died 1 Mar 1911 at age 58. Dutch physical chemist who was the first winner of the Nobel Prize for Chemistry (1901) “in recognition of the extraordinary services he has rendered by the discovery of the laws of chemical dynamics and osmotic pressure in solutions.” In stereochemistry, in 1874, he identified the four chemical bonds of carbon as having a tetrahedral arrangement, which explained how certain moleculars can be arranged differently with the same atoms to give left- and right-handed isomers. (Achille Bel arrived independently at the same conclusion at about the same time.) With regard to the osmotic pressure of liquids, he derived laws (1886) for dilute solutions similar to the gas laws for gases by Robert Boyle and Joseph Gay-Lussac. These relationships enabled the experimental determination of the molecular weight of a substance in solution.«
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