it eqauls 2
draw a sqaure then a triangle
-- Draw both diagonals. -- They intersect (meet and cross) at the midpoint of the square.
Evenly draw a line to split the shape in half. In this case, we have a square, so we can cut in many places such as the two diagonals, vertically, and horizontally.
Draw a square. Add the two diagonals. Draw lines from the midpoint of each side to the midpoint of the opposite side. You will now have a square divided into 8 congruent [isosceles, righ-angled] triangles
153 diagonals.
You draw a square for the base of the pyramid and then you draw triangles for the 4 faces. Hope this helps!
20
I would assume the answer is 12, as a square has 2 diagonal lines, and a cube is really just six squares.
Draw one. And then just move one of the faces so that instead of adjoining one face it adjoins another.
A square based pyramid would fit the given description because it will have 5 faces, 8 edges and 5 vertices
you draw a square with equilateral triangles on each side.
you dont/cant
draw a sqaure then a triangle
-- Draw both diagonals. -- They intersect (meet and cross) at the midpoint of the square.
Evenly draw a line to split the shape in half. In this case, we have a square, so we can cut in many places such as the two diagonals, vertically, and horizontally.
Draw a line from one corner to its opposite corner. Repeat with the other two corners. The diagonals should be perpendicular to each other.
If you mean - to draw a square with the diagonals using one continuous line - you can't. It's an impossible puzzle !