- #1
davee123
- 672
- 4
What's the next number?
1, 3, 11, 13, 17, 23, 73, ?
DaveE
1, 3, 11, 13, 17, 23, 73, ?
DaveE
mabs239 said:Every next number is the one next with more number of letters.
mabs239 said:It added to the confusion that the first sequence contains prime numbers except the first one.
davee123 said:I didn't even notice that, but that's an interesting point! The first 9 numbers are all coincidentally prime, excluding 1, which is sort of a prime number anyway on certain technicalities.
DaveE
"Another Sequence" refers to a mathematical or numerical series or pattern that follows a specific rule or algorithm. It can be represented as a sequence of numbers or symbols that follow a certain order.
"Another Sequence" is different from a regular sequence in that it may follow a more complex or non-linear pattern, and may have multiple rules or algorithms governing its progression. It may also have a different starting point or initial value compared to a regular sequence.
Examples of "Another Sequence" include the Fibonacci sequence, the Pascal's triangle, and the prime numbers sequence. These sequences follow specific patterns or rules in their progression and are widely studied in mathematics and science.
"Another Sequence" is used in various fields of science, such as physics, chemistry, and biology, to model and understand natural phenomena. For example, sequences can be used to describe the growth of populations, the behavior of particles, and the structure of molecules.
Yes, "Another Sequence" can be infinite, meaning that it can continue on indefinitely without reaching an end point. Some sequences, such as the Fibonacci sequence, have an infinite number of terms. However, not all sequences are infinite and some may have a finite number of terms.