Eight. Four for the square base and four more going up to the apex from each corner of the base.
There are two ways to solve this; Pull one of the matches out slightly of the centre, so that the space between the four matches forms a square.
It's a logical puzzle, make up answere that fit in the open square so it matches the equation on the sides and or bottom.
No two equilateral triangles do not make a square but two right triangles do.
describe the pattern the square numbers make on the multiplication table
there is no such thing as a square triangle
12. four sticks for the floor. four for the roof and four pillars * * * * * Wrong. The above answer is for a square based prism. The correct answer is 8.
Five. Four triangles and one square make up a square pyramid.
A square and and a triangle
A pyramid has a triangle for each side of the base, thus for a square pyramid you'll need one square (for the base) and 4 triangles.
You can make square pyramid.
Your base is a square and the other faces are triangles.
Each square consists of four matches arranged in a square shape. They're not connected.
One square and four triangles.
Square pyramid
pyramid, tv, planes on a cordinate um........................................... i don't know
Yes. They have perpendicular bisectors in the four triangles that make up four of the five sides of a square-based pyramid
There are 4 triangles that make up a pyramid. 4 on the sides and on the bottom a square or rectangle.