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Here's a fairly simple riddle: When is 90 greater than 100? (And it's not when you're on the negative side of the number line. Although it is true, it is not the answer)

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closed as too broad by d'alar'cop, A E, Set Big O, Len, xnor Dec 13 '14 at 18:47

Please edit the question to limit it to a specific problem with enough detail to identify an adequate answer. Avoid asking multiple distinct questions at once. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.

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Some joke answers here and some more serious ones too.

Rotate 180 degrees, 06 is larger than 001

In roman numerals, XC has more letters than C

The sum of digits is larger for 90.

90 (in decimal) is greater than 100 (in binary).

The most common answer: Enter 90 in a microwave, is 90 seconds while entering 100, is 1 minute or 60 seconds

Heres an original answer: In an isoceles triangle, the largest area is when one of the angles is a right angle. So an isoceles triangle with 100 degree angle is lesser than one with a 90 degree angle.

Heres an original answer, part 2: The colour #000090 (dark blue) is brighter (greater in luminosity) than #000100 (very dark green)

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  • $\begingroup$ You got it :) The 'most common' one was the one I was thinking of. $\endgroup$ – Code Cube Dec 13 '14 at 15:33
  • $\begingroup$ I looked at this question and immediately thought of the "original" answer above. :) $\endgroup$ – apnorton Dec 13 '14 at 16:46
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From a programmer's perspective:

In lexicographical order. In Python: 90 > 100False. But compare as strings, and you get "90" > "100"True.

Explanation:

In lexicographical order, like in a dictionary, you compare characters sequentially. So to check whether "def" > "abc", you first check whether "d" > "a" (which it is, because it's later in the alphabet). Because it is, you don't have to check the rest of the string. The same holds when you treat numbers as characters. To check "90" > "100", first check whether "9" > "0" (which it is, because it's a larger number/later in ASCII). So you immediately conclude True.

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More joke/serious answers.

90 isn't larger than 100, but it is greater than 100. Just look at it. Those smooth prime factors. So great.

In base 8, '90' isn't well-defined, but morally it's larger than 100.

In Ruby: class Fixnu­m; def >=(other) true end end; print 90 >= 100 # prints "true"

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