The sequence continues: 125, 368, 1097, 3284, 9845, 29528, 88577, 265724, 797165, ...
what is the missing number: 4, 5, 8, 17, 44
125 (each number is increased by the exponential 3n from the previous: +1, +3, +9, +27, +81)
To find the missing number in the sequence 16, 4, 12, 36, 9, 27, 44, 11, we can look for a pattern. The first set of numbers appears to alternate between two sequences: the first sequence (16, 12, 9, 44) and the second sequence (4, 36, 27, 11). Following this pattern, the missing number, which follows the last number in the second sequence (11), should be 33. Thus, the missing number is 33.
The answer is 44. The sequence is adding nine to each number, assuming that the first number is supposed to be -1.
While there are not enough numbers to fully clarify the nth term of the sequence, according to the sequence so far it appears that the nth term is equal to n4. Therefore, the next number will equal 44 = 256
44
44000
44 = 256
1, since 17 is a prime number
The next numbers in the sequence are... 16, then 88.
Only the number 1.
The sequence represents a non-convergence sequence. The sequences carries out -27, 17, 19, -21, 44, 2, -40,-42,-42. This is a math sequencing solution that gives a pattern to the original numbers given.