Given ANY number, it is easy to find a polynomial of order 4 such that if you use it as a position to value rule you get the four given numbers and your chosen one as the fifth. As a result, any number can be the next in the sequence.
The simplest polynomial of order 3 for the above four numbers is:
Un = (-3n3 + 32n2 - 57n + 34)/2 for n = 1, 2, 3, ...
Accordingly, the next number is 87.
35
The number sequence given is 100,135,7,25. The next number would be 498 given this pattern.(35 -128, 18, 47.3, -163,146, 455, 309, 309) the difference of the pattern never converges.
100 (12/35) = 240/7 which is approximately 34 %
+1, +2, +4, +8 It doubles each time. The next number will be 35.
0.35x=12 35x=1200 X=1200/ 35 X=34.286 the answer Check 34.286 times 35% equals 12
35
The numbers are increasing by increments of 13 and so the next number is 61+13=74
The number sequence given is 100,135,7,25. The next number would be 498 given this pattern.(35 -128, 18, 47.3, -163,146, 455, 309, 309) the difference of the pattern never converges.
67 7 + 4 = 11 11 + 8 = 19 19 + 16 = 35 35 + 32 = 67 67 + 64 = 131 ...
100 (12/35) = 240/7 which is approximately 34 %
+1, +2, +4, +8 It doubles each time. The next number will be 35.
7
Oh, isn't that a lovely sequence of numbers? Let's see here, it seems like each number is increasing by a larger amount each time. If we look closely, we can see that the differences between the numbers are 5, 12, 22, and 35. So, the next logical number would be 120, as it follows the pattern of increasing differences.
59 is the next number in this series.
The next number in the series is 67.
Difference between the terms: 1st & 2nd = 4 2nd & 3rd = 8 3rd & 4th = 16 4th & 5th = ?? The pattern of the differences can be seen as to be multiplying by two as the series progresses. It can be predicted that the next difference will be 16*2 = 32. Therefore, the next number will be 35 + 32 = 67.
the number "35" with 12 zero's after it.such as: 35,000,000,000,000.