subracting 4
12 and 4
You can do reverse operation to check. If you checked it and it is not the answer you got, try the problem and recheck it to see if your right.
Adding zero to any number exemplifies the identity property of addition. For example, 12 + 0 = 12 where adding zero does not change the sum.
If f(x) = 4x + 12, to find the inverse, reverse the actions of the elements of the function in "reverse" order. The last thing done is "+ 12", so reverse that first by "- 12" The previous thing done was "× 4n, so reverse that by "÷ 4", but note that the divide takes precedence over subtract, so the previous step needs to be in brackets. Thus if the inverse of f(x) is g(x), g(x) = (x - 12) ÷ 4
3
subracting 4
subtracting six
Adding 7
It is impossible to reverse.
If the reverse square root of the reverse of square of a number is the number itself then it is Adam Number. For ex., 12 and 21 Take 12 square of 12 = 144 reverse of square of 12 = 441 square root of the reverse of square of 12 = 21 The reverse square root of the reverse of square of 12 = 12, then number itself. Such number is called Adam Number. cool....................
Adding: 100+44 Multiplying: 12*12
The River in Reverse was created on 2005-12-10.
No, it does not.
Adding "dis" to a word typically means to reverse or negate the original meaning. For example, "like" becomes "dislike" and "agree" becomes "disagree."
12 and 4
To get multiples of 12, start at 12 and keep adding 12.