I was recently forced to watch a movie called "The Death of Dick Long" and the viewer finds out (midway thru the movie) that is the exact cause of his death. Takes Place in AlabamaIs it this guy?
I was recently forced to watch a movie called "The Death of Dick Long" and the viewer finds out (midway thru the movie) that is the exact cause of his death. Takes Place in AlabamaIs it this guy?
Wut, u2 lazy to uze ?We need a comment button that says "Hmmm..."
Told this joke to g/f and now she has a serious case of 'earwig' of that Tom Jones song.Well, I mean it could be worse. Some music lovers develop "Tom Jones Syndrome".
I suffer from it.
When I was diagnosed, I told the specialist that I'd never heard of it before... and I asked if it were a rare condition.
The doctor turned towards me, took off her spectacles and intoned:
"Fire" ants must be like earwigs/worms/warts for easy thwarting.Earwigs/Earworms are easy to thwart. You know how they put out oil well fires with explosives? Fight fire with fire....
wait, where's Louie!?
Soooo, you want a so called 'earworm' eh? I give you 'fish heads'. Do *not* play this before sleepytime My sincere apologies. I think.Earwigs/Earworms are easy to thwart.
You know how they put out oil well fires with explosives? Fight fire with fire.
This is the nuclear solution, but it's tried and true. This'll displace any pesky earworm posthaste.
She/you have my sympathy.
Well, yes. Tour de France peleton training include reading this famous book inspired by ducks. And, no, you can't get down off a bike.And now for something completely different…
The physics of ducklings - Journal of Fluid Mechanics
It has been commonly observed on open waters that ducklings follow their mothers in a highly organized formation. The questions arise: Why are they swimming in formation? What is the best swimming formation? How much energy can be preserved by each individual in formation swimming?
Using computer simulations of waterfowl waves, naval architect Zhiming Yuan of the University of Strathclyde in Glasgow, Scotland, and colleagues found that when a duckling swims on its own, it kicks up waves in its wake, using up some energy that would otherwise send it surging ahead. That wave drag resists the duckling’s motion. But ducklings in the sweet spot experience 158% less wave drag than when swimming alone, the researchers calculated, meaning the duckling gets a push instead.
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Wave-riding and wave-passing by ducklings in formation swimming | Journal of Fluid Mechanics | Cambridge Core
Wave-riding and wave-passing by ducklings in formation swimming - Volume 928www.cambridge.org