To determine the missing number in the sequence 20, 0.8, we need to identify the pattern. One possible pattern is that each number is being divided by 10. In this case, 0.8 divided by 10 equals 0.08. Therefore, the missing number would be 0.08.
No 38 is not a square number.
When you square a real number the answer is positive,
"Still" implies that the original number is a square number. In that case, the answer is as follows: There is no number such that it is a perfect sqiuare and that the number increased (or decreased) by 10 is also a perfect square. And if you do not limit it to perfect square then every non-negative number is a square with the number that is 10 more also being a square.
The square of a negative number is always positive. The square of -8 = 64, a rational number
The solution is to divide 343 by the square root of 2... That will give you the missing number.
find the missing number 8-4-9 14-5-2 18-1-blank?
64 because each number is cubed
The number progression is n+prime numbers progressively increasing starting from 2. The missing number is 29.
The missing 'blank' is 24
Well, let's take a moment to appreciate the beauty of this pattern. If we look closely, we can see that each number is increasing by multiplying the previous number by a certain value. The missing numbers are 8 and 41, obtained by multiplying 2 by 4 to get 8, then multiplying 5 by 8 to get 40 and adding 1 to get 41.
1,5,20,24,96,100,400,404
The answer depends on the units for "2 square" which is missing. The number of square feet in 2 square inches will be very different to the number in 2 square kilometres!
I think your last number should be 216 as the others are the cubes of numbers 1, 2, 3 and 5. The missing number is 4 cubed, ie 64.
1,2,14,4,7,and 12
256 (each number is the square of the preceding number)
9409