#Cantor's function notation ambiguity.
15 messages · Page 1 of 1 (latest)
- Wait patiently for a helper to come along.
- Once someone helps you, say thank you and close the thread with:
+close
- Feel free to nominate the person for helper of the week in #helper-nominations
- Do not ping the mods, unless someone is breaking the rules.
- If you're happy with the help you got here, and the server overall, you can contribute financially as well:
We define $G_{mi}$ to be the i-th open interval removed from $[0,1]$ in the m-th step via the cantor set construction
Coffey
but what is $\bigcup_{m, i} G_{mi}$ mean
Coffey
Is it $\bigcup_{m, i} G_{mi} = [0,1]\setminus \mathcal{C}$
Coffey
I think it means $\bigcup_{m} \left( \bigcup_{i} G_{m,i} \right)$
Djake3tooth
And yes, it's the cantor set
+close