Calculate 66+935+1389
[367] Calculate 66+935+1389 - FUNNY MATH: Calculate 66+935+1389 - #brainteasers #math - Correct Answers: 26 - The first user who solved this task is Sanja Šabović
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Calculate 66+935+1389

FUNNY MATH: Calculate 66+935+1389
Correct answers: 26
The first user who solved this task is Sanja Šabović.
#brainteasers #math
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Speed Limit

Sitting on the edge of the highway waiting to catch speeders, a state police officer saw a car driving along at 22 M.P.H. He thinks to himself, that car is just as dangerous as a speeder. So, he turns his lights on and pulls the car over. Approaching the car, he notices there are 5 old ladies, two at the front and 3 at the back, wide eyed and looking like ghosts.
The driver, obviously confused, said, "Officer, I don’t understand, I wasn’t doing over the speed limit! What did you pull me over for?"
"Ma’am," the officer said, "You should know that driving slower than the speed limit can also be dangerous".
"Slower than the speed limit? No sir! I was doing exactly 22 miles an hour", the old woman said proudly.
The officer, trying not to laugh, explains that 22 is the route number, not the speed limit. A little embarrassed, the woman smiled and thanked the officer for pointing out her error.
"Before I go Ma’am, I have to ask, is everyone ok? These women seem badly shaken and haven’t said a word since I pulled you over."
"Oh! they’ll be all right in a minute, officer. We just got off Route 142" ...    

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Ian Donald

Died 19 Jun 1987 at age 76 (born 27 Dec 1910). English physician who first successfully applied ultrasound reflection imaging for medical diagnosis. He had become familiar with sonar during service in WW II, and first tested the idea of probing organs with ultrasound on 21 Jul 1955, when he investigated specimens of tumours from human organs with an industrial ultrasonic metal flaw detector. After a period of development, he later he used ultrasound in a life-saving diagnosis of a huge, easily removable, ovarian cyst in a woman who had been diagnosed by others as having inoperable stomach cancer. He published the Investigation of Abdominal Masses by Pulsed Ultrasound in The Lancet (7 Jun 1958). The next year, he extended its use to investigate fetal growth during pregnancy.«*
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