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Flex Wordle |
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Task 344 - HAUNT, HUFFS, SORRY
Correct Answers: 1 - Total Answers: 2
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
Operating Room
Two little kids are in a hospital, lying on stretchers next to each other outside the operating room.
The first kid leans over and asks, "What are you in here for?"
The second kid says, "I'm in here to get my tonsils out and I'm a little nervous."
The first kid says, "You've got nothing to worry about. I had that done when I was four. They put you to sleep, and when you wake up they give you lots of Jell-O and ice cream. It's a breeze."
The second kid then asks, "What are you here for?"
The first kid says, "A circumcision."
"Whoa!" the second kid replies. "Good luck, buddy. I had that done when I was born. Couldn't walk for a year."
On This Day
Hans GeigerBorn 30 Sep 1882; died 24 Sep 1945 at age 62.Hans Wilhelm Geiger was a German physicist who introduced the Geiger counter, the first successful detector of individual alpha particles and other ionizing radiations. After earning his Ph.D. at the University of Erlangen in 1906, he collaborated at the University of Manchester with Ernest Rutherford. He used the first version of his particle counter, and other detectors, in experiments that led to the identification of the alpha particle as the nucleus of the helium atom and to Rutherford's statement (1912) that the nucleus occupies a very small volume in the atom. The Geiger-Müller counter (developed with Walther Müller) had improved durability, performance and sensitivity to detect not only alpha particles but also beta particles (electrons) and ionizing electromagnetic photons. Geiger returned to Germany in 1912 and continued to investigate cosmic rays, artificial radioactivity, and nuclear fission. |
