Calculate AxB
[643] Calculate AxB - Determine the pattern of the subtraction, and calculate AxB. - #brainteasers #math - Correct Answers: 27 - The first user who solved this task is Sanja Šabović
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Calculate AxB

Determine the pattern of the subtraction, and calculate AxB.
Correct answers: 27
The first user who solved this task is Sanja Šabović.
#brainteasers #math
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Two doctors were in a hospital...

Two doctors were in a hospital hallway one day complaining about Nurse Nancy.
"She's incredibly mixed up," said one doctor. "She does everything absolutely backwards. Just last week, I told her to give a patient 2 milligrams of morphine every 10 hours. She gave him 10 milligrams every 2 hours. He damn near died on us!"
The second doctor said, "That's nothing. Earlier this week, I told her to give a patient an enema every 24 hours. She tries to give him 24 enemas in one hour! The guy damn near exploded!"
Suddenly, they hear this blood-curdling scream from down the hall.
"Oh my God!" said the first doctor, "I just realized I told Nurse Nancy to prick Mr. Smith's boil!"
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Richard Christopher Carrington

Born 26 May 1826; died 27 Nov 1875 at age 49.English astronomer who, by observing the motionsp of sunspots, discovered the equatorial acceleration of the Sun; i.e., that it rotates faster at the equator than near the poles. He also discovered the movement of sunspot zones toward the Sun's equator as the solar cycle progresses. Carrington devoted himself to the study of sunspots and his work, extending from 1853 to 1861, was collected in Observation of the Spots of the Sun (1863). Carrington also was the first to observe a sun flare (1859). He was observing a prominent group of sunspots on 1 Sep 1859, when suddenly "two patches of intensely bright and white light broke out." which brightened rapidly and decayed. The flare he had seen was of the rare variety that is visible in white light.(Image: detail of a drawing by R.C. Carrington, showing the location of the flare he observed while making a drawing of an active region. Reproduced from his 1860 paper in Monthly Notices of the Royal Astronomical Society)
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