A monk has a very specific r...
[4590] A monk has a very specific r... - A monk has a very specific ritual for climbing up the steps to the temple. First he climbs up to the middle step and meditates for 1 minute. Then he climbs up 8 steps and faces east until he hears a bird singing. Then he walks down 12 steps and picks up a pebble. He takes one step up and tosses the pebble over his left shoulder. Now, he walks up the remaining steps three at a time which only takes him 9 paces. How many steps are there? - #brainteasers #math #riddles - Correct Answers: 33 - The first user who solved this task is Manguexa Wagle
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A monk has a very specific r...

A monk has a very specific ritual for climbing up the steps to the temple. First he climbs up to the middle step and meditates for 1 minute. Then he climbs up 8 steps and faces east until he hears a bird singing. Then he walks down 12 steps and picks up a pebble. He takes one step up and tosses the pebble over his left shoulder. Now, he walks up the remaining steps three at a time which only takes him 9 paces. How many steps are there?
Correct answers: 33
The first user who solved this task is Manguexa Wagle.
#brainteasers #math #riddles
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A man went to the Police Stati...

A man went to the Police Station wishing to speak with the burglar who had broken into his house the night before.
"You'll get your chance in court," said the Desk Sergeant.
"No, no, no!" said the man. "I want to know how he got into the house without waking my wife. I've been trying to do that for years!"
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James E. Rothman

Born 3 Nov 1950.American cell biologist who shared (with Randy W. Schekman and Thomas C. Südhof) the 2013 Nobel Prize in Physiology or Medicine “for their discoveries of machinery regulating vesicle traffic, a major transport system in our cells.” Vesicles are tiny, sac-like structures that serve as transportation mechanisms within cells. While this fact was long known, the precise mechanism had remained unexplained as to how they fused with organelles or the plasma membrane to ferry the cargo of substances needed by the cell to various destinations within, as well as outside the cell. The problem could be imagined like looking at a fleet of vans transporting thousands of packages around hundreds of miles of city streets and needing to explain how they efficiently find the right destination where to stop and unload which parts of the cargo.«
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