Find number abc
[7502] Find number abc - If c9cac - 4c937 = 13c6b find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 2
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Find number abc

If c9cac - 4c937 = 13c6b find number abc. Multiple solutions may exist.
Correct answers: 2
#brainteasers #math
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Jim was a just out of boot cam...

Jim was a just out of boot camp, and was on his first ship. About two hours out of port, he began to get a bit ill from the motion of the ship. He approached an ensign, also just out of training and on his first cruise.
He saluted and said, "Excuse me sir, I am feeling seasick, and I wondered if I may have permission to go downstairs to the dispensary."
The ensign returned his salute and replied, "Sailor, you are in the Navy now. You don't go downstairs, you go below! There is no dispensary on this ship, there is sickbay. Not only that, that is not the floor, it is a deck; that is not the ceiling, it is the overhead; that is not a pillar, it is a stanchion; that is not a water fountain, it is a scuttlebutt. If I ever hear you using civilian words instead of Naval jargon, I will throw you out of that little round window over there."
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John D. Roberts

Born 8 Jun 1918. John Dombrowski Roberts is an American chemist who has been a leading innovator in the use of nuclear magnetic resonance (NMR) spectroscopy. Chemical and Engineering News listed him as one of the 75 most influential chemists in the 75 years up to the 1998 publication date. His interests have included unravelling the mechanisms of organic reactions and the chemistry of small-ring compounds. He applied NMR in studies of conformations, the arrangement in space of the atoms bonded in a molecule, and how that is altered by interactions with neighboring atoms, by electrostatic, hydrogen-bonding and solvent effects. As some molecules can exist in more than one spatial arrangement, and switch between them, an equilibrium between them can be observed. This knowledge helps understand how reactions with approaching molecules can proceed, or be hindered.«
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