Oh honey, that pattern is as recursive as a broken record playing the same old tune. Each number just adds another 1 to the end, like a never-ending saga of ones. So yeah, it's recursive alright, just like that annoying jingle that gets stuck in your head for days.
Chat with our AI personalities
Yes, this pattern is recursive. Each number in the sequence is formed by repeating the digit "1" one more time than the previous number. This recursive pattern can be described by the formula ( a_n = 10a_{n-1} + 1 ), where ( a_n ) represents the nth term in the sequence.
It's 123321 From:Marina
111
Unary or base one notation is also called tally notation-- it uses only one digit, say 1, and the number of 1's represents the number. In this notation, 1 in one 11 is two 111 is three 1111 is four 11111 is five 111111 is six and so on.
Using just four 1's as digits, the biggest number is 1111. Unless you consider number like 1111 which uses 4 ones and of course is much bigger than 1111. In fact it is 285 311 670 611. The other possibilities using this same idea are 1111 which is 111 and smaller and 1111 which is just 1 so those don't help much.
11 111 1111 101 1001 0 Assuming that you mean literal reflections.