CINEMANIA: Guess the movie title
[4469] CINEMANIA: Guess the movie title - See negative of movie scene and guess the title. Length of words in solution: 7,5 - #brainteasers #movie #film #cinemania - Correct Answers: 20 - The first user who solved this task is Djordje Timotijevic
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CINEMANIA: Guess the movie title

See negative of movie scene and guess the title. Length of words in solution: 7,5
Correct answers: 20
The first user who solved this task is Djordje Timotijevic.
#brainteasers #movie #film #cinemania
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Experimental Pill

A lady goes to the doctor and complains her husband is losing interest in sex.
He gives her a pill but warns her that it's still experimental. He tells her to slip it in his mashed potatoes at dinner. At dinner that night, she does just that.
About a week later she's back at the doctor and tells him, "The pill worked great! I put it in his mashed potatoes like you said.
It wasn't five minutes later that he jumped up, pushed all the food and dishes to the floor, grabbed me, ripped off all my clothes and ravaged me right there on the table."
The doctor says, "Oh dear -- I'm sorry, we didn't realize the pill
was that strong. The foundation will be glad to pay for any damages."

The lady replied, "That's very kind - but I don't think the restaurant will let us back in anyway."

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Friedrich Hund

Died 31 Mar 1997 at age 101 (born 4 Feb 1896). Friedrich (Hermann) Hund was a German physicist known for his work on the electronic structure of atoms and molecules. He introduced a method of using molecular orbitals to determine the electronic structure of molecules and chemical bond formation. His empirical Hund's Rules (1925) for atomic spectra determine the lowest energy level for two electrons having the same n and l quantum numbers in a many-electron atom. (1) The lowest energy state has the maximum multiplicity consistent with the Pauli exclusion principle. (2) The lowest energy state has the maximum total electron orbital angular momentum quantum number, consistent with rule (1). They are explained by the quantum theory of atoms by calculations involving the repulsion between two electrons.
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