Which is a winning combination of digits?
[7149] Which is a winning combination of digits? - The computer chose a secret code (sequence of 4 digits from 1 to 6). Your goal is to find that code. Black circles indicate the number of hits on the right spot. White circles indicate the number of hits on the wrong spot. - #brainteasers #mastermind - Correct Answers: 7
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Which is a winning combination of digits?

The computer chose a secret code (sequence of 4 digits from 1 to 6). Your goal is to find that code. Black circles indicate the number of hits on the right spot. White circles indicate the number of hits on the wrong spot.
Correct answers: 7
#brainteasers #mastermind
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Off to Vegas

A man came home from work one day to find his wife sitting on the front porch with her bags packed. He asked her where she was going and she replied "I'm going to Las Vegas."
He questioned her as to why she was going and she told him "I just found out that I can make $400.00 a night doing what I give you for free". He pondered that then went into the house and packed his bags and returned to the porch and with his wife. She said "And just where do you think you're going?"
"I'm going too!" he replied.
"Why?" She asked.
"I want to see how you are going to live on $800.00 a year"!   

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Vladimir Nikolayevich Ipatieff

Born 21 Nov 1867; died 29 Nov 1952 at age 85.Russian-American chemist who was one of the first to investigate high-pressure catalytic reactions of hydrocarbons and who developed a process for manufacturing high-octane gasoline. While studying in Munich (1897) Ipatieff achieved the synthesis of isoprene, the basic unit of the rubber molecule. Upon return to Russia he worked particularly on the use of high-pressure catalysis and of metallic oxides as catalysts. With these techniques, he helped to establish the petrochemical industry in both pre- and post-revolutionary Russia. Before WW I, he had synthesized isooctane, and had polymerized ethylene. After moving to the U.S. (1930), Ipatieff showed how to convert low-octane gasolines into high-octane by 'cracking' hydrocarbons at high temperatures.
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