I have branches, but no frui...
[6306] I have branches, but no frui... - I have branches, but no fruit, trunk or leaves. What am I? - #brainteasers #riddles - Correct Answers: 33 - The first user who solved this task is Nasrin 24 T
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I have branches, but no frui...

I have branches, but no fruit, trunk or leaves. What am I?
Correct answers: 33
The first user who solved this task is Nasrin 24 T.
#brainteasers #riddles
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Coffin

A man was walking home alone late one night when he hears a BUMP... BUMP... BUMP... behind him.

Walking faster he looks back, and makes out the image of an upright coffin banging its way down the middle of the street towards him.

BUMP... BUMP... BUMP...

Terrified, the man begins to run towards his home, the coffin bouncing quickly behind him ...

faster... faster... BUMP... BUMP... BUMP...

He runs up to his door, fumbles with his keys, opens the door, rushes in, slams and locks the door behind him.

However, the coffin crashes through his door, with the lid of the coffin clapping...

clappity-BUMP... clappity-BUMP... clappity-BUMP... on the heels of the terrified man.

Rushing upstairs to the bathroom, the man locks himself in.

His heart is pounding; his head is reeling; his breath is coming in sobbing gasps.

With a loud CRASH the coffin starts breaking down the door. Bumping and clapping towards him.

The man SCREAMS and reaches for something heavy, anything .. his hand comes to rest on a large bottle of Robitussin.

Desperate, he throws the cough syrup as hard as he can at the apparition... and...

the coffin stops!

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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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