Can you unscramble this?
551390
break me and you might win ten points\n\nIt has 8 words and matches all the letters\n\nHAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA!!!!!!!!!!!!!!!!\n\nI WIN!
315067
You seem to have pasted some sentence fragments together.  Is it a puzzle?
886635
Its gibberish. Its used in graphic design or typesitting. Its "dummy" text. \n\nSee http://www.lipsum.com/
1109004
In general any lanuages with words of unbounded length ,where the same pattern is repeated in form or length, usually are not regular.\n\nI'm sorry I'm not familiar with Myhil Nerode, so if an answer depends upon that, I can't help you.\n\nL1 is not regular. Proven via the Pumping Lemma.\n\nSince wcw is unbounded, if it were a regular expression, it would need to accept regular expressions of the form uv*w. NOTE: The w here is not the same as the w in wcw. I used uv*w, because that's the tradition in the Pumping Lemma. Let me replace uv*w with UV*W to keep the two straight.\n\nSince wcw needs to accept UV*W, where can the "c" reside in UV*W?\n\nCan it be in U? No, because then the V would pump a bunch of a's and b's to place accept string with more characters on the right of w than the left.\n\nCan w be in V? No, because pumping the w within V would accept more than on w (or none.)\n\nCan w be in W? No for the same reason it can't be in U.\n\nL2 is regular. It's just another way of stating that you have an even number of a's and b's. The don't have to be the same, and I don't think you need to know where the xy split is. You could "implement" an FA with 2 states. One state is the start state, and the other is the final state. The transitions for a and b just hop back and forth between the two. I think that's all you need to show.\n\nL3 is not regular using the pumping lemma.\n\nSince a^n (where n is prime) is unbounded, it needs to accept a set of a's in the form of uv*w. Consider what happens you when pump v the following number of times |u| + |w|.\n\nYou'll get a string of a's of the following length:\n\n|u| + |v| * (|u| + |w|) + |w|\n\nThe first |u| comes from the u. The last |w|  comes from the w. The middle |u| + |w| comes from the pump of v which is of length |v|. To make it easier, let's use capital letters for length.\n\nTherefore the length of the string accepted is:\n\nU + V(U+W) + W\n\nU + V*U + V*W + W\n\nU(1 + V) + W(1 + V)\n\n(U + W) * (1 + V)\n\nAha. The length of the string is a produce of two integers. Therefore it is not prime. We've pumped uv*w to a string that can't be prime.\n\nL4 - No idea. I suspect this may be where Myhil Nerode comes in.
1010904
I can't understand your question--can you decipher for me?
272375
You cant abbreviat it!
781165
If this is a clue from a cryptic crossword puzzle, do you have any letters?\n\nAlso, does it have to be ONE word or could it be several?
876567
you just made them but the code (&)hearts; but dont use the parenthasis around & ♥
756807
by unscrambling them into "ONE LONG WORD"
744393
How did you type this?
385292
Can anyone understand ?this\n\nps - the question mark is where you put it
890533
make yr ques clear.you want it written in it or its phonetic equilivent or something other
452713
Can you post the clue word?\nAsk people help to break it
262733
Are you sure it doesn't start with "S". If it does, then it's Strait. If not, then I have no idea.
671378
It doesn't matter one way or the other if you don't have to recite it somewhere. Just be consistent and read for the letters. The first one is correct.
132196
sorry, but I don't understand your question. Could you rewrite it?
999004
:))\nit's really "untranslatable" (if there's such a word) !!