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Flex Nerdle |
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Guess the Flex NERDLE in 6 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.
Top 10 Ranking Users
| rank | user | attempts | points |
| 1. | Josicb | 5721 | 1550 |
| 2. | Vladimir | 4418 | 1193 |
| 3. | zdravco | 2465 | 689 |
| 4. | Srecko | 1656 | 486 |
| 5. | obrad78 | 1338 | 359 |
| 6. | Borce | 1165 | 342 |
| 7. | Nikita | 680 | 204 |
| 8. | dejanmr | 376 | 102 |
| 9. | dexter | 256 | 76 |
| 10. | snsbotina (banned) | 85 | 75 |
Joke Of The Day
Few fresh jokes to start weekend with laugh
If you don't know what to talk about on a first date, try mentioning Global Warming
It's a huge Icebreaker
The female janitor at work keeps asking me if I want to smoke a joint with her.
I always say no because I simply can’t handle High, maintenance woman.
Someone asked me why I always go to the bathroom alone…
I’m just not a pee pal person.
5 out of 6 experts agree that it’s perfectly safe
to play Russian Roulette.
I told my son, "Have you heard that they're shutting down all food resources in schools so that children can't eat?"
"Canteens?" he asked.
"No, it doesn't matter what age," I replied.
I sold my vacuum a few days ago
All it was really doing was there collecting dust.
On This Day
Rudolf ClausiusBorn 2 Jan 1822; died 24 Aug 1888 at age 66. who was one of the founders of thermodynamics. In 1850, he stated the second law of thermodynamics. As a theoretical physicist, he also researched in molecular physics and electricity. In his published work in thermodynamics (1865) he gave the First and Second laws of thermodynamics in the following form: (1) The energy of the universe is constant. (2) The entropy of the universe tends to a maximum. In all Clausius wrote eight important papers on the topic. He restated Sadi Carnot's principle of the efficiency of heat engines. The Clausius-Clapeyron equation expresses the relation between the pressure and temperature at which two phases of a substance are in equilibrium. |