Calculate 9*(29+321+151)
[214] Calculate 9*(29+321+151) - FUNNY MATH: Calculate 9*(29+321+151) :) - #brainteasers #math - Correct Answers: 27 - The first user who solved this task is Slobodan Strelac
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Calculate 9*(29+321+151)

FUNNY MATH: Calculate 9*(29+321+151) :)
Correct answers: 27
The first user who solved this task is Slobodan Strelac.
#brainteasers #math
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Sue Over The Property


Did you know that heaven and hell are actually right next to each other? They are seperated by a big chain-link fence. Well, one day hell was having a big party and it got a little out of hand. God heard the ruckus and arrived to find his fence completely smashed by the wild partiers. He called the devil over and said "Look, Satan, you have to rebuild this fence." Satan agreed. The next day God noticed that the devil had completely rebuilt the fence...but it was 2 feet further into heaven than before.
"Satan!" beckoned God. "You have to take that fence down and put it back where it belongs!"
"Yeah? What if I don't?" replied the devil.
"I'll sue you if I have to," answered God.
"Sure," laughed Satan. "Where are you going to find a lawyer?"
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Auguste Bravais

Born 23 Aug 1811; died 30 Mar 1863 at age 51.French physicist and mineralogist, best remembered for his work on the lattice theory of crystals. Bravais lattices are named for him. In 1850, he showed that crystals could be divided into 14 unit cells for which: (a) the unit cell is the simplest repeating unit in the crystal; (b) opposite faces of a unit cell are parallel; and (c) the edge of the unit cell connects equivalent points. These unit cells fall into seven geometrical categories, which differ in their relative edge lengths and internal angles. In 1866, he elaborated the relationships between the ideal lattice and the material crystal. Sixty years later, Bravais' work provided the mathematical and conceptual basis for the determination of crystal structures after Laue's discovery of X-ray diffraction in 1911.
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