Yes: the word finite means it terminates. Otherwise it would be infinite.
A finite sequence has a beginning and an end, whereas an infinite sequence has no end.
Has an end.
infinite is never ending while finite means it canend
A finite sequence is an ordered list of elements that contains a specific, limited number of terms. Each term in the sequence is defined and can be indexed by natural numbers, starting from 1 up to a certain integer ( n ). Unlike infinite sequences, which continue indefinitely, finite sequences have a clear beginning and end. An example of a finite sequence is ( (2, 4, 6, 8, 10) ), which contains five terms.
A finite sequence is a list of numbers or elements that has a specific, limited number of terms. Each term in the sequence is typically defined by a particular rule or formula, and the sequence terminates after reaching its last term. Unlike infinite sequences, which continue indefinitely, finite sequences can be fully enumerated and counted. Examples include the sequence of integers from 1 to 10 or the first five terms of a geometric series.
They are numbers that terminate.
A finite sequence has a beginning and an end, whereas an infinite sequence has no end.
Has an end.
infinite is never ending while finite means it canend
A finite sequence is an ordered list of elements that contains a specific, limited number of terms. Each term in the sequence is defined and can be indexed by natural numbers, starting from 1 up to a certain integer ( n ). Unlike infinite sequences, which continue indefinitely, finite sequences have a clear beginning and end. An example of a finite sequence is ( (2, 4, 6, 8, 10) ), which contains five terms.
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It is a finite numerical sequence and according to Wittgenstein's Finite Rule Paradox every finite sequence of numbers can be a described in infinitely many ways - some simple, some complicated but all equally valid. The simplest rule here is a cubic rule.
A finite sequence is a list of numbers or elements that has a specific, limited number of terms. Each term in the sequence is typically defined by a particular rule or formula, and the sequence terminates after reaching its last term. Unlike infinite sequences, which continue indefinitely, finite sequences can be fully enumerated and counted. Examples include the sequence of integers from 1 to 10 or the first five terms of a geometric series.
Finite ends. Infinite has no end in site. The alphabet has 26 letters therefore, it's indeed a FINITE sequence.
I think this man ewkajf
A computer program.
A sequence is an ordered set. They may consist of numbers or letters, there may or may not be a rule (for example, in a random sequence), it may be finite or infinite.