cause yama said so
YES From your start point draw a line 5 units up, from this point draw a line 5 units across, from this point draw a line 5 units down, from this point draw a line 5 units back to the start. You have drawn a square with a total perimeter length of 20 units and a area of 25 square units.
Pick a unit. Draw a square that has two of those units on each side.
You can draw a square of area 2 cm approximately.By considering the side as 1.4 unitsBecause area of square is a2 and to have the area as 2 sq. units you have to consider the side of square as square root of 2 (1.41421 35623 73095 04880 16887 24209 69807 85696 71875 37694 80731 76679 73799) which is nearly impossible.
There are infinitely many possible answers.Select any number b which is greater than sqrt(18) = 3*sqrt(2).Let h =18/bDraw a line, XY, of length b.Draw another line, parallel to the first, which is at a perpendicular distance h from the first.Select any point W on the second line and mark W which is b units from Z.Then the parallelogram WXYZ (or ZXYW) will have an area of 18 square units.The number b can be chosen in infinitely many ways. The point Z can be selected in infinitely many ways and so the number of possible parallelograms is infinite.
Yes it measures 3 on all sides sides across from each other but it would have to be a square. Having a rectangle is impossible. Then again a square is a rectangle but a rectangle isn't a square.
No, but you can draw a parallelogram that is not a square. All squares are parallelograms, but only some parallelograms are squares.
Squares are rectangles. Draw a 2 unit square.
yes
Yes
YES From your start point draw a line 5 units up, from this point draw a line 5 units across, from this point draw a line 5 units down, from this point draw a line 5 units back to the start. You have drawn a square with a total perimeter length of 20 units and a area of 25 square units.
Of course. Most parallelograms are not squares.
the answer is jermil warren with a thing :)
The rectangle is in fact a square with 4 equal sides of 5 units in length.
Yes, you can. If you make it 1 unit by 5 units
You can't without having incomplete units.
Pick a unit. Draw a square that has two of those units on each side.
A square can be as big as you wish to draw it. And a square would be measured in square units, not linear units.