Find number abc
[7911] Find number abc - If b88a9 - c690a = cc9a4 find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 2
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Find number abc

If b88a9 - c690a = cc9a4 find number abc. Multiple solutions may exist.
Correct answers: 2
#brainteasers #math
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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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Norman Ramsey

Born 27 Aug 1915; died 4 Nov 2011 at age 96. Norman Foster Ramsey was an American physicist who shared (with Wolfgang Paul and Hans Georg Dehmelt) the 1989 Nobel Prize for Physics in 1989 for “for the invention of the separated oscillatory fields method and its use in the hydrogen maser and other atomic clocks.” His work produced a more precise way to observe the transitions within an atom switching from one specific energy level to another. In the cesium atomic clock, his method enables observing the transitions between two very closely spaced levels (hyperfine levels). The accuracy of such a clock is about one part in ten thousand billion. In 1967, one second was defined as the time during which the cesium atom makes exactly 9,192,631,770 oscillations.«
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