The missing numbers in the pattern can be found by multiplying the first number by 2, then adding 1 to get the second number, multiplying the second number by 2 and subtracting 1 to get the third number, and so on. Therefore, the missing numbers are 7 and 61.
41.
41 should be in between 14 and 122
The sequence has the formula is 3x - 1 2 → 6 - 1 = 5 5 →15 - 1 = 14 14 →42 -1 = 41 41 → 123 - 1 = 122 The missing number is therefore 41.
Type your answer here... The sequence has the formula is 3x - 1 2 → 6 - 1 = 5 5 →15 - 1 = 14 14 →42 -1 = 41 41 → 123 - 1 = 122 The missing number is therefore 41.
13168? hmm too short to know for sure. But there is a pattern I found. For the first number the difference from 2 and 0 is 2. So you times the difference by 2 (the number) and then add 1 to get 5. For the second number the difference from 5 and 2 is 3. So you times 3 (the difference) by 5 the number and then subtract 1 to get 14. For the third number the difference from 14 and 5 is 9. So 9 times 14 and then you subtract 4 to get 122. So, for the next number you would take the difference from 122 and 14 which is 108, then times that by 122 and get 13176, then following the pattern of (1, -1, -4) you would subtract 13176 by 8 to get 13168.
A wild guess would be Survey Number 122
Well, isn't that just a happy little question! To turn 122 into a mixed number, we divide 122 by the whole number it represents, which is 1. So, 122 as a mixed number is 122/1. Remember, there are no mistakes, just happy little accidents in math!
122/1=122122/2=61122/61=2122/122=1
Exactly as it is 122 which is an even, rational and composite number
no
Not to a whole number 122 / 2 = 61 122 / 3 = 40.6666 recurring
No, the cube root of 122 yields a decimal answer of 4.95967...