The solution depends on how many numbers are missing and where they were. If there is only one,
If it is between 4 and -5 then -0.5
If it is between -5 and -10 then -8
If it is between -10 and -16 then -13
Of course, the answer would be different if there were more than one number missing.
16
49 The sequence is the squares of numbers that increase by 3 each time: 1² = 1 (1 + 3 )² = 4² = 16 (4 + 3)² = 7² = 49 (7 + 3)² = 10² = 100 (10 + 3)² = 13² = 169
The following is one of [10 quadrillion] 16 digit sequence.6352719155731945
3 It falls between 2 and 4. However, the sequence is incorrect. I believe you mean to do the Fibonacci sequence which is 1,1,2,3,5,8,13.The next number in the series is 16.The numbers are increasing by consecutive integers (+1, +2, +3, +4, +5)
They are square numbers
They are 25 and 49
The missing numbers are 9 & 49.The sequence is 1x1, 2x2, 3x3, 4x4, 5x5, 6x6, 7x7& 8x8.
The sequence appears to be made up of the squares of consecutive integers: (1^2 = 1), (4^2 = 16), and (10^2 = 100). The missing number corresponds to (7^2), which is (49). Therefore, the missing number in the sequence is 49.
The missing number is 34. The progressive difference between the numbers doubles: 4 + 2 = 6 6 + 4 = 10 10 + 8 = 18 18 + 16 = 34 34 + 32 = 66
The sequence consists of the squares of consecutive integers: (1^2 = 1), (4^2 = 16), (10^2 = 100), and (13^2 = 169). The missing number corresponds to (7^2), which is (49). Therefore, the missing number in the sequence is (49).
16
c) 17
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.
49 The sequence is the squares of numbers that increase by 3 each time: 1² = 1 (1 + 3 )² = 4² = 16 (4 + 3)² = 7² = 49 (7 + 3)² = 10² = 100 (10 + 3)² = 13² = 169
49
The given sequence appears to be composed of perfect squares: (1^2 = 1), (4^2 = 16), (10^2 = 100), and (13^2 = 169). The missing number corresponds to (7^2 = 49), which fits the sequence of perfect squares. Thus, the missing number is 49.
If these are the only numbers give, then: 2, 10, 26 = 2 (+8), 10 (+16), 26 (+32), 58 (+64), 122... the amount being increased keeps doubling....the sequence would read: 2, 10, 26, 58, 122...