Well, by definition a "random number sequence" is random; i.e. you cannot find out the next term.
However if you're just trying to find the formula for a "number sequence" (not random):
1) look at what you have to do to get from one number in the sequence to the next - example the initial difference between the numbers may give a sequence such as "+4, +6, +8, +10", this then gives a sequence of "+2, +2, +2 etc." - this does help to to find out the formula for the sequence.
2) write down the "term numbers" (call this "t") above or below the sequance, (i.e. 1st term, 2nd term etc.) and see what you have to do to get from the term number to the sequence number. i.e "3t-1", "t squared minus 3" etc.
3354435543 is a single number, it is not a sequence.3354435543 is a single number, it is not a sequence.3354435543 is a single number, it is not a sequence.3354435543 is a single number, it is not a sequence.
A numerical sequence is a set of ordered numbers. That is all! For example, stochastic sequences are random.
The 16th number of the Fibonacci sequence is 987.
There is only one number in the question and one number does not make a sequence.
No, it is a single number.
To the best of my knowledge, a random sequence limit imposes restrictions on random number generation. For example, one may want to generate random numbers such that any number does not occur consecutively three times. Another definition of a random sequence limit is the number that a sequence of random measurements of some property converge to as the number of measurements increase.
That is a number picked without any thought.
* A number generated for or part of a set exhibiting statistical randomness. * A random sequence obtained from a stochastic process. * An algorithmically random sequence in algorithmic information theory. * The output of a random number generator. * The least random number (17), according to the Hacker's Jargon File.
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A number sequence is an ordered set of numbers. There can be a rule such that the next number in the sequence can be determined by the values of some or all of the preceding terms in the sequence. However, the sequence for a random walk illustrates that such a rule is not necessary to define a sequence.
You first have to figure out some rule for the sequence. This can be quite tricky.
A deterministic sequence - as opposed to a stochastic or random sequence.
You can't figure out the rule for a sequence from a single number.
A sequence of numbers normally follows some rule (unless it is a random sequence) and no rule can be inferred from a single number, however, I can still invent one. My nomination is 984,339.79 as your next number.
In applications such as reciprocal authentication and session key generation the requirement is not so much that the sequence of numbers be statistically random but that the successive numbers of the sequence are unpredictable. With true random sequences each number is statistically independent of other numbers in the sequence and therefore unpredictable.
A random process is a sequence of random variables defined over a period of time.
Not necessarily. It is simply an ordered set: it could be a sequence of random numbers.