Calculate 2015+11
[1739] Calculate 2015+11 - IF 1034+24=425 and 1234-32=1621 THEN 2015+11=? - #brainteasers #math #riddles - Correct Answers: 29 - The first user who solved this task is Sanja Šabović
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Calculate 2015+11

IF 1034+24=425 and 1234-32=1621 THEN 2015+11=?
Correct answers: 29
The first user who solved this task is Sanja Šabović.
#brainteasers #math #riddles
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Going to Jamaica

A blonde gets on an airplane and sits down in the first class section. The stewardess tells her she must move to coach because she doesn't have a first class ticket. The blonde replies, "I'm blonde, I'm smart and I have a good job. I'm staying in first class until we reach Jamaica."

The stewardess gets the head stewardess who asks the woman to leave and she says, "I'm blonde, I'm smart, and I have a good job. I'm staying in first class until we reach Jamaica."

The stewardesses don't know what to do because they have to get the rest of the passengers seated to take off, so they get the copilot. The copilot goes up to the blonde and whispers in her ear. She immediately gets up and goes to her seat in the coach section. The head stewardess asks the copilot what he said to get her to move. The copilot replies, "I told her the front half of the airplane wasn't going to Jamaica."

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John Chipman

Born 25 Apr 1897; died 14 May 1983 at age 86.American physical chemist and metallurgist who researched the role of oxygen in iron and steelmaking. Applying the theories of physical chemistry, he examined the reactions between slag and liquid iron and advanced the techniques of pig iron and steel production. From his work in the early 1930s at the University of Michigan, he began to establish an international reputation for his research on steel. He became a professor of process metallury at M.I.T. in 1937, and was the department head from 1946 until retirement in 1962. During WW II he took a leave of absence from 1943, to work for the Manhattan Project as chief of its metallurgy section, where he found a method to convert powdered unranium into soliod castings, thus providing researchers with a reliable alternate supply of castings when solid uranium was scarce.«
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