- #1
holomorphic
- 91
- 0
1, 5, 9, 101, 1385, 3493, 30121, 358885, ... ?
Anyone have any good ideas?
Anyone have any good ideas?
TriTertButoxy said:
vr88 said:Perhaps you should state that you're issuing a math challenge and that you actually know what the answer is.
DavidSnider said:I'm curious how someone would deduce the answer to this. You'd have to convert to base 4 before you could see the actual sequence being used, right?
There are many different types of patterns that can determine the next number in a sequence, such as arithmetic, geometric, and recursive. It is important to carefully examine the sequence and look for any consistent relationships between the numbers.
Yes, a sequence can have multiple patterns or relationships between the numbers, resulting in more than one possible next number. It is important to carefully analyze the sequence to determine the most likely pattern and next number.
While there are certain formulas that can be used for specific types of sequences, there is no one-size-fits-all formula to determine the next number in any sequence. It is important to carefully examine the sequence and look for any patterns or relationships between the numbers.
Yes, a sequence can continue infinitely as long as there is a consistent pattern or relationship between the numbers. However, it is impossible to determine the next number in an infinite sequence without knowing the pattern or relationship.
Finding the next number in a sequence can help us understand patterns and relationships in data, which can be useful in various fields such as mathematics, science, and statistics. It can also help us make predictions and solve problems.