Fill in the numbers in each empty box, so that product of each 3 adjacent digits is always 30
[607] Fill in the numbers in each empty box, so that product of each 3 adjacent digits is always 30 - Fill in the numbers in each empty box, so that product of each 3 adjacent digits is always 30. Write solution as one multi-digit number. - #brainteasers #math - Correct Answers: 64 - The first user who solved this task is Djordje Timotijevic
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Fill in the numbers in each empty box, so that product of each 3 adjacent digits is always 30

Fill in the numbers in each empty box, so that product of each 3 adjacent digits is always 30. Write solution as one multi-digit number.
Correct answers: 64
The first user who solved this task is Djordje Timotijevic.
#brainteasers #math
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Drunk test

A police officer pulls over this guy who's been weaving in and out of the lanes. He goes up to the guy's window and says, "Sir, I need you to blow into this breathalyzer tube."

The man says, "Sorry, officer, I can't do that. I am an asthmatic. If I do that, I'll have a really bad asthma attack."

"Okay, fine. I need you to come down to the station to give a blood sample."

"I can't do that either. I am a hemophiliac. If I do that,I'll bleed to death."

"Well, then, we need a urine sample."

"I'm sorry, officer, I can't do that either. I am also a diabetic. If I do that, I'll get really low blood sugar."

"All right, then I need you to come out here and walk this white line."

"I can't do that, officer."

"Why not?"

"Because I'm drunk."

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Element 111

In 1994, approximately one month after announcing the creation of element 110, a team of German scientists led by Peter Armbruster at the Gesellschaft für schwerionenforschung (GSI) facility at Darmstadt, Germany, claimed to have created element 111. Its atom has 111 protons and 161 neutrons in its nucleus, giving it a mass number of 272. As a new element it was named unununium, symbol Uuu, according to an internationally adopted system for naming new elements. Only three atoms of the element were made by accelerating nickel atoms to high speed and bombarding them into bismuth. When an atom of each fused to make the new nucleus, it lasted for about four-thousandths of a second before decaying into smaller nuclei.
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