Find the right combination
[7387] Find the right combination - 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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Find the right combination

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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A Good Day for Ice Fishing

After church, little Johnny and his brother go ice fishing. Little Johnny starts drilling on the ice when a voice from above says, "Young man, there's no fish down there.”
Little Johnny asks his brother, "Who is that?"
His brother replies, "I don't know."
So little Johnny starts to drill again and the voice says again, "For the second time, there's no fish down there."
Little Johnny asks his brother, "Could that be God?"
His brother replies again, "I don't know."
Little Johnny starts drilling again and the voice says once more, "Young man, for the last time, I'm telling you there's no fish down there."
Johnny looks up and asks, "Is that you, God?"
The voice says, "No, I'm the manager and the rink's closed."
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Maria Goeppert-Mayer

Born 28 Jun 1906; died 20 Feb 1972 at age 65. German physicist who shared one-half of the 1963 Nobel Prize for Physics with J. Hans D. Jensen of West Germany for their proposal of the shell nuclear model. (The other half of the prize was awarded to Eugene P. Wigner of the United States for unrelated work.) In 1939 she worked at Columbia University on the separation of uranium isotopes for the atomic bomb project. In 1949, she devised the shell nuclear model, which explained the detailed properties of atomic nuclei in terms of a structure of shells occupied by the protons and neutrons. This explained the great stability and abundance of nuclei that have a particular number of neutrons (such as 50, 82, or 126) and the same special number of protons.
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