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They are 8 positive integers in increasing order. If there is something else you wish to know about them then you need to ask a proper question. I regret that I have not yet mastered the art of reading minds over the internet.
Also, according to Wittgenstein's Finite Rule Paradox every finite sequence of numbers can be a described in infinitely many ways and so can be continued any of these ways - some simple, some complicated but all equally valid.
My guess is that it is the sequence defined by U1 = 4, Un+1 = Un + 2(n-1).
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Ezra
FranThe sequence provided appears to be a series of prime numbers, starting with 4, which is not a Prime number. The prime numbers in the sequence are 5, 7, 11, 19, 67, and 131. The numbers 4, 35, and 67 are not prime numbers. It seems there may be a mistake in the sequence or a pattern that is not immediately clear.
What is the next number in the pattern of 7 11 19 35?
67 7 + 4 = 11 11 + 8 = 19 19 + 16 = 35 35 + 32 = 67 67 + 64 = 131 ...
Which number comes next in these series 5 7 11 19 35?
67
What number comes after 7 11 19 35?
The answer is 67 because the pattern is 2x(x-1)-3 11-7 is 4 19-11 is 8 which is twice 4 35-19 is 16 which is twice 8 so the next difference is twice 16, =32 so the next number is 35+32 =67
What is the range for 86 19 25 76 and 35?
67
19 plus 11 plus 37 what property?
The associative property of addition: 19 + 11 + 37 = (19 + 11) + 37 = 30 + 37 = 67 19 + 11 + 37 = 19 + (11 + 37) = 19 + 48 = 67
