MAGIC SQUARE: Calculate A-B-C
[2033] MAGIC SQUARE: Calculate A-B-C - The aim is to place the some numbers from the list (2, 3, 5, 9, 10, 12, 21, 23, 24, 26, 77) 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: 42 - The first user who solved this task is Djordje Timotijevic
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MAGIC SQUARE: Calculate A-B-C

The aim is to place the some numbers from the list (2, 3, 5, 9, 10, 12, 21, 23, 24, 26, 77) 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: 42
The first user who solved this task is Djordje Timotijevic.
#brainteasers #math #magicsquare
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A blonde, a brunette, and a re...

A blonde, a brunette, and a redhead all work at the same office for a female boss who always goes home early. "Hey girls," says the brunette, "Let's go home early tomorrow. She'll never know." The next day, they all leave right after the boss does. The brunette gets some extra gardening done, the redhead goes to a bar, and the blonde goes home to find her husband having sex with the female boss! She quietly sneaks out of the house and returns at her normal time. "That was fun," says the brunette. "We should do it again sometime." "No way," says the blonde. "I almost got caught!"
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Heinrich Rohrer

Born 6 Jun 1933.Swiss physicist who, with Gerd Binnig, received half of the 1986 Nobel Prize for Physics for their joint invention of the scanning tunneling microscope. (Ernst Ruska received the other half of the prize.) Ruska's electron microscope of the 1930s was unable to show surface structure at the atomic level. Rohrer and Binnig began work in 1978 on a scanning tunneling microscope in which a fine probe passes within a few angstroms of the surface of the sample. A positive voltage on the probe enables electrons to move from the sample to the probe by the tunnel effect, and the detected current can used to keep the probe at a constant distance from the surface. As the probe moves in parallel lines, a 3D image of the surface can be constructed.
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