0
Nope. The subtraction would effect different processes. The first function can be written as (n-25) * (n-25) which would then equal (n2-(50n)+625). The 25 in this case is affecting the multiplication. The second function can then be written as ((n * n)-25). Here the 25 is just affecting the imaginary + 0 that is found on every equation.
Note: The equations above n was intended to be "your/my" number. However, it can work with any number.
13
Six-and-a-quarter
6
Each time you subtract zero you will begin and end with the same number - ie, the original amount.
Square numbers formed when two same numbers multiply together and the answer is the square number. For example: 6 x 6=36, 6 and 6 are the same number, therefore 36 is a square number.
0 and 2.
55
A square number
Six-and-a-quarter
yes in some cases
Subtracting a positive number from any other number results in a lower value. For example, subtract 5 from 7: 7 - 5 = 2 It is exactly the same if the positive number is subtracted from a negative number. Subtract 5 from -3 for example: -3 - 5 = -8 The value of the result is lower and the result will always be negative.
You can subtract them or divide them. If you subtract them, the result is their difference. If you divide them, the result is their ratio.
No. When you subtract negative numbers, they have the same effect as if you added a positive number. In this scenario as described, the only result would be a positive number.
Pick a number between 8 and 20. double that number. subtract 16 from that answer. Multiply that result by 4. Divide that total by 8. add 15 to that answer. subtract the number that you started with.
multiply the same number with the question. the result is square number. for eg: given number is 2. we want to multiply the number with 2. answer is 4. square for 2 is 4.
Yes, because subtrating a negative number is the same thing as adding a positive number.
Times it again by the same number [e.g] square of 4 is 4X4=16 so square of 4 is 16
Yes, but only if the original number is zero or 1 .