Shouldn't it be (pretzel + pretzel + pretzel)=4(pretzel) because you're buying three and getting 4? Seems to me the sign is telling me that if I put 3 pretzels in, I'll get 1.
...or maybe I'm just crazy because I just finished my math final.
Also, it sounds like buying "3" orders of pretzel bites would get you "1" free order of pretzel bites, but the picture shows a free pretzel (or a pair of scissors).
10 comments:
Shouldn't it be (pretzel + pretzel + pretzel)=4(pretzel) because you're buying three and getting 4? Seems to me the sign is telling me that if I put 3 pretzels in, I'll get 1.
...or maybe I'm just crazy because I just finished my math final.
Yeah, I was going to say the same thing. I think the secret meaning of this sign is that buying 9 pretzels nets you 3 free ones.
I just almost spit out my pop, I laughed so hard about this one. I don't know that I have seen anything that funny in a long, long time.
Also, it sounds like buying "3" orders of pretzel bites would get you "1" free order of pretzel bites, but the picture shows a free pretzel (or a pair of scissors).
And the letter Fs are odd, too.
Ah, it's the old buy-one-pretzel-for-the-price-of-three gimmick. I've seen it "a hundred" times.
Looks like if you buy three cups of pretzels they'll tie your shoelaces for you.
LOL, John!
I wonder if they can also do arithmetic using complex/imaginary pretzels.
yeah, those definitely aren't F's. they're telephone poles. and, of course, the bombastic flat-bottomed y.
I'm going to have to go with my first reaction (and Jeff) here, that's some seriously bad math.
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