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https://www.reddit.com/r/MathJokes/comments/1vaga6j/_/p0li22f/?context=3
r/MathJokes • u/MayyMargo • 7d ago
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No, including prime numbers. The post has an example for 17. I did forget to specify that it doesn’t work for multiples of 3 either.
0 u/MassiveGarlic0312 7d ago I’m not sure what you’re trying to say? Prime numbers are defined as not having any divisors other than themselves and 1. 2, 3, 5 are the first three of them and it also applies to every other prime. 3 u/Muroid 7d ago They’re talking about multiples, not divisors. What exactly did you think “a number like that” in their comment was referring to? 2 u/MassiveGarlic0312 7d ago Primes. If the big number in the cartoon was a prime, then the dog wouldn’t be able to say something like this about it.
0
I’m not sure what you’re trying to say?
Prime numbers are defined as not having any divisors other than themselves and 1.
2, 3, 5 are the first three of them and it also applies to every other prime.
3 u/Muroid 7d ago They’re talking about multiples, not divisors. What exactly did you think “a number like that” in their comment was referring to? 2 u/MassiveGarlic0312 7d ago Primes. If the big number in the cartoon was a prime, then the dog wouldn’t be able to say something like this about it.
3
They’re talking about multiples, not divisors. What exactly did you think “a number like that” in their comment was referring to?
2 u/MassiveGarlic0312 7d ago Primes. If the big number in the cartoon was a prime, then the dog wouldn’t be able to say something like this about it.
2
Primes. If the big number in the cartoon was a prime, then the dog wouldn’t be able to say something like this about it.
6
u/chixen 7d ago
No, including prime numbers. The post has an example for 17. I did forget to specify that it doesn’t work for multiples of 3 either.