The only significant difference that I know of is that there is a method, somewhat like long division, that can be used for finding the square root. I am not aware of a similar process for a cube root.
The square root of 37 is the number which yields 37 when multiplied by itself. Since 6x6 is 36, the square root of 37 will be slightly higher than 6. A calculator will be necessary if you don't know the longhand method for finding square roots. This method is no longer taught in schools — suffice it to say, it's like long division, but more complicated. The answer is 6.0827625303.
Usually via an iterative solution that calculates the square of a value and correcting it until a close enough answer is found. This is called successive approximation. Another method that might be used and gives an exact answer if carried out far enough is similar to long division in operation (but I don't think any calculators actually use this).
54
Each side would be 5" long, A = SideA x SideB 5 x 5 = 25
by long division
It is one method for performing a division.
I think that Henry Briggs was the inventor of modern long division.
Having watched a video on synthetic division, which stated that: "In algebra, synthetic division is a method of performing polynomial long division." I don't think that they are similar.
Use the method of long division.
Long division.
i don't kniw
Use the method of long division.
8 divided into806
A method over than Long division
The only significant difference that I know of is that there is a method, somewhat like long division, that can be used for finding the square root. I am not aware of a similar process for a cube root.
It's write. Long division, Lattice Method, Basket Method