The size of the square doesn't depend on how many pieces you cut it into.
The more pieces it's divided into, the smaller the pieces have to be, but the
whole thing is still the same four-inch square.
If you could make something bigger by dividing it into more pieces, we'd all be
buying steaks and roasts and making ground beef at home.
4/5
No.
Irrational
Infinitely many. For example, find the centre of the square: this is the point where the two diagonals cross. Next, take any one of the infinitely many points on a side of the square and draw a line joining that point to the centre and extend it to meet the opposite side of the square. Each such line will divide the square into two parts that are 3 sixths each.
a square
The size of the whole thing doesn't matter. If you cut it into more pieces, then each piece has to be smaller. And if you cut it into fewer pieces, than the pieces are bigger.
the square root of 2 fifths of irrational is 0.565685425
The square root of four twenty-fifths, is two fifths, because of the fact that the square root of four is two and the square root of twenty-five is five.
H
42
2x^2/5
4/5
No.
The area of a square is a function of the perimeter of the square.
A square meter is larger than a square yard.
The Target in the Cloverdale Mall is the largest store. It is over 110,000 square feet, which is much larger than all of the other stores. It takes up over a fifths of the mall's square footage. It was previously a Zellars.
Irrational