Rules
Guess the 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.
- Each try is a calculation (math expression).
- You can use 0 1 2 3 4 5 6 7 8 9 + - * / or =.
- It must contain one “=”.
- It must only have a number to the right of the “=”, not another calculation.
- Standard order of operations applies, so calculate * and / before + and - eg. 3+2*5=13 not 25!
Joke Of The Day
Oh to be in the 5th grade again
A teacher asks the kids in her 5th grade class: 'What do you want to be when you grow up?'
Little Larry says: 'I wanna start out as a Fighter Pilot, then be a billionaire, go to the most expensive clubs, find me the finest whore, give her a Ferrari worth over a million bucks, an apartment in Copacabana, a mansion in Paris, a jet to travel throughout Europe, an Infinite Visa Card, and all the while banging her like a loose screen door in a hurricane.'
The teacher, shocked and not knowing what to do with this horrible response from little Larry, decides not to acknowledge what he said and simply tries to continue with the lesson 'And how about you, Sarah?'
'I wanna be Larry's whore.'
On This Day
Horace W. BabcockBorn 13 Sep 1912; died 29 Aug 2003 at age 90.Horace Welcome was an American astronomer, son of Harold Babcock. Working together, they were the first to measure the distribution of magnetic fields over the surface of the Sun. Horace invented and built many astronomical instruments, including a ruling engine which produced excellent diffraction gratings, the solar magnetograph, and microphotometers, automatic guiders, and exposure meters for the 100 and 200-inch telescopes. By combining his polarizing analyzer with the spectrograph he discovered magnetic fields in other stars. He developed important models of sunspots and their magnetism, and was the first to propose adaptive optics (1953). |
