Infinite ways
In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.
A square has 4 congruent sides and 4 congruent angles
Yes the diagonals of a square are always congruent. Their length is a*root 2 where a is the side of the square.
Square.
Yes it has 4 congruent sides and angles
First join up the two diagonals : they will cross in the middle.Pick any point on any side of the square. Draw a line joining that point to the centre and extend to the opposite side. This line will divide the square into two congruent halves.
Yes
0.5
Only the square has.
In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.
All sides of a square are congruent.
No. If you made a parallelogram with congruent sides it wouldn't necessarily have congruent angles. A square has to have congruent angles as well as congruent sides.
Four axes of symmetry: vertical axis, horizontal, positive diagonal (bottom left to top right) and negative diagonal (top left to bottom right). In fact, any straight line through the centre of the square divides it into two halves so there are an infinite number of ways, not just four. And the above are without looking at symmetric curves through the centre of the square.
Its diameter is congruent to a side of square.
Yes a square has two congruent sides.
yes they are congruent because a triangle is half of a square
Divide a vertical side into 8. Draw lines parallel to a horizontal side. You will have 8 horizontal strips.Divide a horizontal side into 8. Draw lines parallel to a vertical side. You will have 8 vertical strips.Divide the square in half horizontally, divide both halves horizontally and then divide them all vertically.Divide the square in half horizontally, divide both halves vertically and then divide them all vertically again.These are some. There are also methods involving diagonal divisions or L-shaped pieces.