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Flex Wordle |
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Task 180 - SHAME, ROYAL, GORED
Correct Answers: 2 - Total Answers: 4
Rules
Guess the Flex WORDLE in 3 tries. After each try, the color of the tiles will change to show how close your guess is to the solution.
If the tile becomes GREEN, your number or operation is located at correct place. If the tile becomes RED, your number or opeartion exists within the expression, but at different place.
Joke Of The Day
New 2023 Thanksgiving jokes
What kind of dessert sticks to the wall?
Pie-der Man!
What do you call roasted vegetables that run from the kitchen to the table?
Hustle Sprouts!
Need more Thanksgiving jokes? We have huge Thanksgiving jokes collection
If the Mayflower brought the Pilgrims, what brought their dogs?
The Collie-flower!
What do you call the ghost of a turkey?
A poultry-geist!
Why are turkeys always grumbling?
They’re in a fowl mood!
Has this meat juice been listening to Joe Rogan?
It’s so baste!
How did the turkey get to Thanksgiving?
He rode the gravy train!
Why did the turkey’s dad make him eat nothing but stale bread?
To stuffin’ him up!
Why did the turkey cross the road?
He was trying to convince people he was a chicken!
These used to be plain old cranberries. Now, they’re a flying sauce-er!
(throw cranberry sauce across the room)
On This Day
Neil BartlettBorn 15 Sep 1932; died 5 Aug 2008 at age 75.English-American chemist who formed the first compound with a noble gas element, xenon platinofluoride, XePtF6 (23 Mar 1962), a yellow-orange crystalline solid, stable at room temperature by immersing platinum fluoride in xenon gas. For a half-century since Ramsay discovered xenon, it had, with the other elements in its group on the Periodic Table, been known as an inert gas. After Bartlett's discovery, a new field of investigation was opened, and other chemists found further compounds of not only xenon, but the noble gas elements radon and krypton. The heaviest elements of the noble gases, as the least inert, were susceptible to combination with a highly reactive element. Pauling had proposed this in theoretical calculations made thirty years before Bartlett's experimental success.« |
