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Flex Wordle |
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Task 138 - WAIFS, WORTS, RUCHE
Correct Answers: 2 - Total Answers: 5
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
Things that make you go hmmmmmm
Do people in Australia call the rest of the world 'up over'?
Does killing time damage eternity?
Why doesn't Tarzan have a beard?
Why is it called lipstick if you can still move your lips?
Why is it that night falls but day breaks?
Why is the third hand on the watch called a second hand?
Why is it that when you're driving and looking for an address, you turn down the radio?
Why is lemon juice made with artificial flavor, and dishwashing liquid made with real lemons?
Can you buy an entire chess set in a pawn-shop?
Day light savings time - why are they saving it and where do they keep it?
Do Roman paramedics refer to IV's as '4's'?
Do you think that when they asked George Washington for ID that he just whipped out a quarter?
Have you ever imagined a world with no hypothetical situations?
How can there be self-help 'groups'?
On This Day
Christian GoldbachBorn 18 Mar 1690; died 20 Nov 1764 at age 74.Russian mathematician whose contributions to number theory include Goldbach's conjecture, formulated in a letter to Leonhard Euler dated 7 Jul 1742. Stated in modern terms it proposes that: "Every even natural number greater than 2 is equal to the sum of two prime numbers." It has been checked by computer for vast numbers - up to at least 4 x 1014 - but still remains unproved. Goldbach made another conjecture that every odd number is the sum of three primes, on which Vinogradov made progress in 1937. (It has been checked by computer for vast numbers, but remains unproved.) Goldbach also studied infinite sums, the theory of curves and the theory of equations.«[Image: Letter to Euler, in which Goldbach presented his conjecture.] |
