MAGIC SQUARE: Calculate A*B-C
[7656] MAGIC SQUARE: Calculate A*B-C - The aim is to place the some numbers from the list (1, 4, 5, 6, 7, 22, 23, 24, 29, 30, 31) into the empty squares and squares marked with A, B an C. Sum of each row and column should be equal. All the numbers of the magic square must be different. Find values for A, B, and C. Solution is A*B-C. - #brainteasers #math #magicsquare - Correct Answers: 1
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MAGIC SQUARE: Calculate A*B-C

The aim is to place the some numbers from the list (1, 4, 5, 6, 7, 22, 23, 24, 29, 30, 31) into the empty squares and squares marked with A, B an C. Sum of each row and column should be equal. All the numbers of the magic square must be different. Find values for A, B, and C. Solution is A*B-C.
Correct answers: 1
#brainteasers #math #magicsquare
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At the conclusion of the sermon...

At the conclusion of the sermon, the worshippers filed out of the sanctuary to greet the minister. As one shook the minister’s hand, he said, “Thanks for the message, Reverend. You know, I bet you’re smarter than Einstein. ”Beaming with pride, the minister said, “Why, thank you, brother!” As the week went by, the minister began to think about the man’s compliment. The more he though, the more the wondered why anyone would deem him smarter than Einstein. So the following Sunday he asked the man, “Exactly what did you mean that I must be smarter than Einstein?” The man replied, “Well, Reverend, they say that Einstein was so smart that only ten people in the entire world could understand him. But Reverend, no one can understand you.”
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Alfred Werner

Born 12 Dec 1866; died 15 Nov 1919 at age 52.Swiss chemist whose founding research into the structure of coordination compounds brought him the 1913 Nobel Prize for Chemistry. He demonstrated that stereochemistry was not just the property of carbon compounds, but was general to the whole of chemistry. His theory of chemical coordination (1893) recognized that many metals appeared to show variable valence and form complex compounds. Certain metals, such as cobalt and platinum, were capable through their secondary valences of joining to themselves a certain number of atoms or molecules. These were termed by Werner “coordination compounds.”and the maximum number of atoms (or “ligands”as he called them) that can be joined to the central metal is its coordination number.
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