Calculate the number 2341
[637] Calculate the number 2341 - NUMBERMANIA: Calculate the number 2341 using numbers [7, 7, 2, 9, 83, 197] and basic arithmetic operations (+, -, *, /). Each of the numbers can be used only once. - #brainteasers #math #numbermania - Correct Answers: 26 - The first user who solved this task is Sanja Šabović
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Calculate the number 2341

NUMBERMANIA: Calculate the number 2341 using numbers [7, 7, 2, 9, 83, 197] and basic arithmetic operations (+, -, *, /). Each of the numbers can be used only once.
Correct answers: 26
The first user who solved this task is Sanja Šabović.
#brainteasers #math #numbermania
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Saint George and the Dragon

April 23rd is St. George’s Day, named after St. George, the patron saint of England.

A weary traveler in 18th century England, hungry and tired, approached a roadside inn with a sign that read: "Saint George and the Dragon."

He knocked on the door. The innkeeper's wife poked her head out of a window.

"Any chance for a bite to eat?" he inquired.

The woman eyed his ragged, filthy clothes and yelled, "No!"

"May I have a pint of ale?"

"No!" she yelled back.

"Can I at least rest in your stable?"

"No!" she yelled once more.

The traveler tried again, "Could I kindly...?"

"What is it now?" the woman snapped, cutting him off.

"Would it be possible," he asked, "to have a chat with George?"

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Alexander William Williamson

Born 1 May 1824; died 6 May 1904 at age 80. English chemist whose research on alcohols and ethers clarified organic molecular structure. He was the first to explain the action of a catalyst in terms of the formation of an intermediate compound. Williamson was the first to make 'mixed' ethers, with two different alkyl groups, by a method still known as the Williamson synthesis in which an alkoxide reacts with with an alkyl halide. In the early 1850's, he first noted and described reversible reactions such as those of alcohols and ethers in which products of a reaction may recombine to form the reactants). He named the "dynamic equilibrium" in the case where the rate of the forward reaction is the same as that of the reverse reaction, and all compounds in the process coexist.
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