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
A golf challenge
A young man, who was also an avid golfer, found himself with a few hours to spare one afternoon. He figured if he hurried and played very fast, he could get in 9 holes before he had to head home. Just as he was about to tee off, an old gentleman shuffled onto the tee and asked if he could accompany the young man as he was golfing alone. Not being able to say no, he allowed the old man to join him.
To his surprise, the old man played fairly quickly. He didn't hit the ball far, but plodded along consistently and didn't waste much time.
Finally, they reached the 9th fairway and the young man found himself with a tough shot. There was a large pine tree right in front of his ball and directly between his ball and the green.
After several minutes of debating how to hit the shot, the old man finally said, "You know, when I was your age, I'd hit the ball right over that tree."
With that challenge placed before him, the youngster swung hard, hit the ball up, right smack into the top of the tree trunk and it thudded back on the ground not a foot from where it had originally lay.
The old man offered one more comment, "Of course, when I was your age, that pine tree was only 3 feet tall."
On This Day
Paul Peter EwaldDied 22 Aug 1985 at age 97 (born 23 Jan 1888).German physicist and crystallographer whose theory of X-ray interference by crystals was the first detailed, rigorous theoretical explanation of the diffraction effects first observed in 1912 by his fellow physicist Max von Laue. |
