anonymous
  • anonymous
This is a stupid question, but how exactly is \(\mathbb{Z^+}\) defined?
Mathematics
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anonymous
  • anonymous
This is a stupid question, but how exactly is \(\mathbb{Z^+}\) defined?
Mathematics
schrodinger
  • schrodinger
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anonymous
  • anonymous
Some call it the set of "non-negative" integers, which I presume is \(\{0,1,2,...\}\). However, I have the intuition that it may actually be \(\{1,2,...\}\). Which one is it?
anonymous
  • anonymous
How you define \( \mathbb{N} \) ?
anonymous
  • anonymous
I guess I'm just going to go with \(\mathbb{N}\cup\{0\}\). -_-

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anonymous
  • anonymous
^ That's how we define it.
anonymous
  • anonymous
Hmm... now that I think about it, I see your point, FoolForMath. Thank you.
anonymous
  • anonymous
i think \[\mathbb Z^+=\mathbb N\]
anonymous
  • anonymous
o_o -.-
anonymous
  • anonymous
Good mathematician define it before using it .
anonymous
  • anonymous
... more like non-ambiguous ones. ;P
anonymous
  • anonymous
plus mean positive not "non-negative" but what do i know. however http://mathworld.wolfram.com/Z-Plus.html
anonymous
  • anonymous
I see. Thanks for that, satellite73.
anonymous
  • anonymous
sat, trust me I have seen various definition in varied research papers, The best thing is to define it before.
anonymous
  • anonymous
oh i believe you for sure. i would not bet on anything when it comes to notation. i am not at all suggesting i am right, just saying that it is how i would view it
anonymous
  • anonymous
Yes in general it's viewed the way you mentioned but some mathematician try to alter the meaning

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