Find number abc
[5793] Find number abc - If 2c535 + 636c9 = 8abaa find number abc. Multiple solutions may exist. - #brainteasers #math - Correct Answers: 34 - The first user who solved this task is Nílton Corrêa De Sousa
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Find number abc

If 2c535 + 636c9 = 8abaa find number abc. Multiple solutions may exist.
Correct answers: 34
The first user who solved this task is Nílton Corrêa De Sousa.
#brainteasers #math
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Offer, Retracted.

A good-looking guy is sitting in a bar, sipping a whiskey. He notices a gorgeous woman at the end of the bar, talking with a friend. He calls over a waiter, and sends them both a martini, along with a note asking for the gorgeous woman's phone number.

Ten minutes later, the friend walks over with a note. It reads:

"Unless you have a Mercedes parked outside, a million bucks in the bank, and eight inches in your pants, you're not getting anything from me."

The man finishes his whiskey, considering his response. He then writes this down on a piece of paper, hands it to the friend, and walks out:

"Actually, I only have about $300k in the bank; most of my net worth is in the three dozen buildings I own downtown. And today, I'm driving the Porsche; the Benz, Hummer, and Lamborghini are currently at my summer residence.

But If you think I'm cutting off two inches for you, you can fuck right off."

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Philipp Lenard

Born 7 Jun 1862; died 20 May 1947 at age 84. Philipp Eduard Anton von Lenard was a Hungarian-German physicist who received the 1905 Nobel Prize for Physics for his research on cathode rays. He discovered they could leave a cathode ray tube, penetrate thin metal sheets, and travel a short distance in the air, which would become conducting.. In 1902, he observed that a free electron (as in a cathode ray) must have at least a certain energy to ionize a gas by knocking a bound electron out of an atom. His estimate of the required ionization energy for hydrogen was remarkably accurate. Also in 1902, he showed that the photoelectric effect produces the same electrons found in cathode rays, that the photoelectrons are not merely dislodged from the metal surface but ejected with a certain amount of energy.
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