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Who can prove this?

Who can prove this? | adding words with the same number of characters to the beginning and finish of this statement will mean it will have an even number of characters; Eg. easily & always | image tagged in memes,change my mind | made w/ Imgflip meme maker
266 views 5 upvotes Made by anonymous 3 years ago in The_Think_Tank
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7 Comments
[deleted]
1 up, 3y
Yes
1 up, 3y,
1 reply
Excluding spaces, thants true, but including spaces, it has an odd character count
[deleted]
0 ups, 3y,
1 reply
I did not think to make both cases work. Thxs.
0 ups, 3y
Np
0 ups, 3y,
1 reply
Wrong. Example sentance:

"Shrek is cool" 11 characters.

Words: are, pop

Pop shrek is cool are

17 characters.
[deleted]
0 ups, 3y,
1 reply
A generalized example would "Shrek is bad." "Pop Shrek is bad are."

For any input sentence with an even number of characters the meme statement applies. Since the meme caption itself has an even number of characters? The generalization applies to itself.

Note the words "this statement" in the caption. Your reading seems to have been "a statement". If so then theorem would claim ,"for any input sentence the mene statement applies."

I'm not trying to make you feel bad for being wrong. The fact that you think about difficultly worded problems with interest is good. Most mathematics is wording at heart.
0 ups, 3y
Oh, ok
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adding words with the same number of characters to the beginning and finish of this statement will mean it will have an even number of characters; Eg. easily & always